8
(1) PCI-EXPRESS EDGE CONNECTOR
7
7
C
PLACE THESE CAPS AS CLOSE TO
PCIE CONNECTOR AS POSSIBLE
+12V_BUS
12
12
12
C110
C111
10uF
0.15uF
16V
16V
_
_
_
VVVV314_10
VVVV314_10
VVVV314_10
C11-1067514-T04
C11-1542513-S02
C11-1542513-S02
+3.3V_BUS
12
12
12
C113
C114
10uF
0.1uF
6.3V
10V
_
_
_
VVVV314_10
VVVV314_10
A
C11-1067014-T04
8
C11-1042042-Y01
VVVV314_10
C11-1057322-T04
C112
0.15uF
16V
C115
1uF
6.3V
IN
BI
OUT
12
C116
0.01uF
16V
_
VVVV314_10
C11-1032012-Y01
G_SMBCLK
G_SMBDAT
G_WAKEB
LIMITED TO OBFF
7
6
345
2
1
vlab.su not for sale! thank n0by1
XXXV314_10
<New PN>
X
2
Q100B
2N7002DW
61
DNI
R105 5%
0R
1 2
R106 5%
0R
1 2
34
Q100A
2N7002DW
5
DNI
XXXV314_10
7
<New PN>
X
2
2
2
1
Q101
2
BSH111
2
0R
2
DNI
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
6
XXXV314_10
<New PN>
IN
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
XXXV314_10
12
R109
10K
5%
X
DNI
SMCLK
SMDAT
WAKEB
CLKREQB
PETP0_GFXRP0
PETN0_GFXRN0
PETP1_GFXRP1
PETN1_GFXRN1
PETP2_GFXRP2
PETN2_GFXRN2
PETP3_GFXRP3
PETN3_GFXRN3
PETP4_GFXRP4
PETN4_GFXRN4
PETP5_GFXRP5
PETN5_GFXRN5
PETP6_GFXRP6
PETN6_GFXRN6
PETP7_GFXRP7
PETN7_GFXRN7
PETP8_GFXRP8
PETN8_GFXRN8
PETP9_GFXRP9
PETN9_GFXRN9
PETP10_GFXRP10
PETN10_GFXRN10
PETP11_GFXRP11
PETN11_GFXRN11
PETP12_GFXRP12
PETN12_GFXRN12
PETP13_GFXRP13
PETN13_GFXRN13
PETP14_GFXRP14
PETN14_GFXRN14
PETP15_GFXRP15
PETN15_GFXRN15
PRESENCE
B1
B2
B3
B4
B5
B6
B7
B8
B9
B10
B11
B12
B13
B14
B15
B16
B17
B18
B19
B20
B21
B22
B23
B24
B25
B26
B27
B28
B29
B30
B31
B32
B33
B34
B35
B36
B37
B38
B39
B40
B41
B42
B43
B44
B45
B46
B47
B48
B49
B50
B51
B52
B53
B54
B55
B56
B57
B58
B59
B60
B61
B62
B63
B64
B65
B66
B67
B68
B69
B70
B71
B72
B73
B74
B75
B76
B77
B78
B79
B80
B81
B82
+12V
+12V
+12V
GND
SMCLK
SMDAT
GND
+3.3V
JTAG1
3.3Vaux
WAKE_
RSVD_B12
GND
PETp0
PETn0
GND
PRSNT2_B17
GND
PETp1
PETn1
GND
GND
PETp2
PETn2
GND
GND
PETp3
PETn3
GND
RSVD_B30
PRSNT2_B31
GND
PETp4
PETn4
GND
GND
PETp5
PETn5
GND
GND
PETp6
PETn6
GND
GND
PETp7
PETn7
GND
PRSNT2_B48
GND
PETp8
PETn8
GND
GND
PETp9
PETn9
GND
GND
PETp10
PETn10
GND
GND
PETp11
PETn11
GND
GND
PETp12
PETn12
GND
GND
PETp13
PETn13
GND
GND
PETp14
PETn14
GND
GND
PETp15
PETn15
GND
PRSNT2_B81
RSVD_B82
X
XXXV314_10
<New PN>
Mechanical Key
MPCIE1
x16 PCIe
PRSNT1_A1
PERST_
REFCLK+
REFCLK-
RSVD_A19
RSVD_A32
RSVD_A33
RSVD_A50
PERp10
PERn10
PERp11
PERn11
PERp12
PERn12
PERp13
PERn13
PERp14
PERn14
PERp15
PERn15
A1
A2
+12V
A3
+12V
A4
GND
A5
JTAG2
A6
JTAG3
A7
JTAG4
A8
JTAG5
A9
+3.3V
A10
+3.3V
A11
A12
GND
A13
A14
A15
GND
A16
PERp0
A17
PERn0
A18
GND
A19
A20
GND
A21
PERp1
A22
PERn1
A23
GND
A24
GND
A25
PERp2
A26
PERn2
A27
GND
A28
GND
A29
PERp3
A30
PERn3
A31
GND
A32
A33
A34
GND
A35
PERp4
A36
PERn4
A37
GND
A38
GND
A39
PERp5
A40
PERn5
A41
GND
A42
GND
A43
PERp6
A44
PERn6
A45
GND
A46
GND
A47
PERp7
A48
PERn7
A49
GND
A50
A51
GND
A52
PERp8
A53
PERn8
A54
GND
A55
GND
A56
PERp9
A57
PERn9
A58
GND
A59
GND
A60
A61
A62
GND
A63
GND
A64
A65
A66
GND
A67
GND
A68
A69
A70
GND
A71
GND
A72
A73
A74
GND
A75
GND
A76
A77
A78
GND
A79
GND
A80
A81
A82
GND
PRESENCE
SYSTEM JTAG TDI AND
TDO ARE HARD WIRED.
JTDIO_LOOP
PCIE_REFCLKP
PCIE_REFCLKN
PERP0
PERN0
PERP1
PERN1
PERP2
PERN2
PERP3
PERN3
PERP4
PERN4
PERP5
PERN5
PERP6
PERN6
PERP7
PERN7
PERP8
PERN8
PERP9
PERN9
PERP10
PERN10
PERP11
PERN11
PERP12
PERN12
PERP13
PERN13
PERP14
PERN14
PERP15
PERN15
22,23
2
OUT
2
OUT
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
2
IN
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
PCIE CONNECTOR
DATE:
Mon May 12 19:11:52 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
5
4
105-C766xx-00A
3
+3.3V_BUS
<New PN>
X
R101 5%
10K
1 2
DNI
C101 6.3V
0.1uF
1 2
DNI
XXXV314_10
<New PN>
X
1.8V_EN
IN
PERSTB
VVVV314_10
T70-7SZ0810-F01
R102 5%
1 2
VVVV314_10
R11-0000012-W08
_
+3.3V_BUS
_
3 5
0R
U100B
NC7SZ08P5X
RST_EN
12
C100
0.1uF
10V
VVVV314_10
C11-1042042-Y01
_
VVVV314_10
T70-7SZ0810-F01
U100A
_
1
2
NC7SZ08P5X
XXXV314_10
<New PN>
X
R100 5%
1K
1 2
DNI
R100/U100 CAN BE OVERLAPPED
PERSTB_BUF
4
2,14,24
OUT
SYMBOL LEGEND
DNI
DO NOT
INSTALL
b or #
ACTIVE
LOW
BUO
BRING UP
ONLY
DIGITAL
GROUND
ANALOG
GROUND
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
OF
TITLE:125
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
128
128
128
Tonga-256 G5 x32
12
+3.3V_BUS
12
X
XXXV314_10
<New PN>
+3.3V_BUS
12
R107
2.2K
5%
7
X
XXXV314_10
<New PN>
+3.3V_BUS +3.3V_AUX +3.3V_BUS +12V_BUS +12V_BUS +3.3V_BUS
12
R103
R104
45.3K
45.3K
1%
1%
X
XXXV314_10
<New PN>
+3.3V_BUS
+12V_BUS
R110 5%
0R
1 2
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
DNI
MR110 5%
0R
1 2
UNNAMED_1_MOSN_I207_G
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
2 3
R108 5%
1 2
+3.3V_BUS
7
DD
C
BB
A
1.0
1.0
1.0
(2) PCIE INTERFACE
C
2
1
DD
C
BB
PERP0
PERN0
PERP1
PERN1
PERP2
PERN2
PERP3
PERN3
PERP4
PERN4
PERP5
PERN5
PERP6
PERN6
PERP7
PERN7
PERP8
PERN8
PERP9
PERN9
PERP10
PERN10
PERP11
PERN11
PERP12
PERN12
PERP13
PERN13
PERP14
PERN14
PERP15
PERN15
345
VVVV314_10 C11-2247412-M09
1
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
VVVV314_10
R11-0102T12-W08
_
VVVV314_10
R11-1691T12-W08
_
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10 C11-2247412-M09
1
VVVV314_10
1
VVVV314_10
1
23,24
C11-2247412-M09
C11-2247412-M09
8
7
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
VVVV314_10
C11-1057322-T04
VVVV314_10
C11-1057322-T04
VVVV314_10
C11-1067313-T04
6
SOME PCIE TEST POINTS ARE
AVAILABLE THROUGH VIAS ON TRACES
C120
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
C132
1uF
_
6.3V
C138
1uF
_
6.3V
C143
10uF
6.3V
12
C121
1uF
6.3V
12
C133
1uF
6.3V
12
C139
1uF
6.3V
VVVV314_10
C11-1057322-T04
VVVV314_10
C11-1057322-T04
PETP0_GFXRP0
PETN0_GFXRN0
PETP1_GFXRP1
PETN1_GFXRN1
PETP2_GFXRP2
PETN2_GFXRN2
PETP3_GFXRP3
PETN3_GFXRN3
PETP4_GFXRP4
PETN4_GFXRN4
PETP5_GFXRP5
PETN5_GFXRN5
PETP6_GFXRP6
PETN6_GFXRN6
PETP7_GFXRP7
PETN7_GFXRN7
PETP8_GFXRP8
PETN8_GFXRN8
PETP9_GFXRP9
PETN9_GFXRN9
PETP10_GFXRP10
PETN10_GFXRN10
PETP11_GFXRP11
PETN11_GFXRN11
PETP12_GFXRP12
PETN12_GFXRN12
PETP13_GFXRP13
PETN13_GFXRN13
PETP14_GFXRP14
PETN14_GFXRN14
PETP15_GFXRP15
PETN15_GFXRN15
PCIE_REFCLKP
PCIE_REFCLKN
PERSTB_BUF
12
C122
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
12
C134
1uF
_
6.3V
12
C140
1uF
_
6.3V
_
12
C123
10uF
6.3V
VVVV314_10
C11-1067014-T04
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
IN
1
1
1,14,24
+1.8V +0.95V
IN
IN
IN
12
_
VVVV314_10
C11-1057322-T04
+0.95V
12
12
12
C131
C130
1uF
1uF
_
_
_
6.3V
6.3V
12
12
12
C137
C136
1uF
1uF
_
_
_
6.3V
6.3V
12
12
12
C142
C141
10uF
10uF
_
_
_
6.3V
6.3V
VVVV314_10
VVVV314_10
C11-1057322-T04
VVVV314_10
C11-1057322-T04
VVVV314_10
C11-1067313-T04
C11-1057322-T04
VVVV314_10
C11-1057322-T04
VVVV314_10
C11-1067313-T04
VVVV314_10
C11-1057322-T04
VVVV314_10
C11-1057322-T04
AR50
AP49
AP51
AN52
AN50
AM49
AM51
AL52
AL50
AK49
AK51
AJ52
AJ50
AH49
AH51
AG52
AG50
AF49
AF51
AE52
AE50
AD49
AD51
AC52
AC50
AB49
AB51
AA52
AA50
Y49
Y51
W52
AR47
AR46
AU48
AT45
AT46
AG40
AH41
AK40
AL41
AB43
AB44
AB45
AD42
AF42
AG42
AH42
AK42
AL42
AM42
AN42
AR42
BA40
U1B
PCIE_RX0P
PCIE_RX0N
PCIE_RX1P
PCIE_RX1N
PCIE_RX2P
PCIE_RX2N
PCIE_RX3P
PCIE_RX3N
PCIE_RX4P
PCIE_RX4N
PCIE_RX5P
PCIE_RX5N
PCIE_RX6P
PCIE_RX6N
PCIE_RX7P
PCIE_RX7N
PCIE_RX8P
PCIE_RX8N
PCIE_RX9P
PCIE_RX9N
PCIE_RX10P
PCIE_RX10N
PCIE_RX11P
PCIE_RX11N
PCIE_RX12P
PCIE_RX12N
PCIE_RX13P
PCIE_RX13N
PCIE_RX14P
PCIE_RX14N
PCIE_RX15P
PCIE_RX15N
PCIE_REFCLKP
PCIE_REFCLKN
PERSTB
PCIE_PVDD#1
PCIE_PVDD#2
BIF_VDDC#1
BIF_VDDC#2
BIF_VDDC#3
BIF_VDDC#4
PCIE_VDDC#1
PCIE_VDDC#2
PCIE_VDDC#3
PCIE_VDDC#4
PCIE_VDDC#5
PCIE_VDDC#6
PCIE_VDDC#7
PCIE_VDDC#8
PCIE_VDDC#9
PCIE_VDDC#10
PCIE_VDDC#11
PCIE_VDDC#12
VSS#563
VVVV314_10
B03-0851105-A08
_
PART 2 OF 19
P
C
I
E
X
P
R
E
S
S
TONGAL3
PCIE_TX0P
PCIE_TX0N
PCIE_TX1P
PCIE_TX1N
PCIE_TX2P
PCIE_TX2N
PCIE_TX3P
PCIE_TX3N
PCIE_TX4P
PCIE_TX4N
PCIE_TX5P
PCIE_TX5N
PCIE_TX6P
PCIE_TX6N
PCIE_TX7P
PCIE_TX7N
PCIE_TX8P
PCIE_TX8N
PCIE_TX9P
PCIE_TX9N
PCIE_TX10P
PCIE_TX10N
PCIE_TX11P
PCIE_TX11N
PCIE_TX12P
PCIE_TX12N
PCIE_TX13P
PCIE_TX13N
PCIE_TX14P
PCIE_TX14N
PCIE_TX15P
PCIE_TX15N
CLKBUF_REFCLKP_OUT0
CLKBUF_REFCLKN_OUT0
CLKBUF_REFCLKP_OUT1
CLKBUF_REFCLKN_OUT1
PCIE_CALR_RX
PCIE_CALR_TX
RSVD#11
RSVD#13
RSVD#14
RSVD#15
RSVD#16
RSVD#20
RSVD#22
PCIE_TX0P
AN47
PCIE_TX0N
AN46
PCIE_TX1P
AM44
PCIE_TX1N
AM43
PCIE_TX2P
AM47
PCIE_TX2N
AM46
PCIE_TX3P
AL44
PCIE_TX3N
AL43
PCIE_TX4P
AL47
PCIE_TX4N
AL46
PCIE_TX5P
AJ44
PCIE_TX5N
AJ43
PCIE_TX6P
AJ47
PCIE_TX6N
AJ46
PCIE_TX7P
AH44
PCIE_TX7N
AH43
PCIE_TX8P
AH47
PCIE_TX8N
AH46
PCIE_TX9P
AF44
PCIE_TX9N
AF43
PCIE_TX10P
AF47
PCIE_TX10N
AF46
PCIE_TX11P
AE44
PCIE_TX11N
AE43
PCIE_TX12P
AE47
PCIE_TX12N
AE46
PCIE_TX13P
AC44
PCIE_TX13N
AC43
PCIE_TX14P
AC47
PCIE_TX14N
AC46
PCIE_TX15P
AB47
PCIE_TX15N
AB46
AN44
AN43
AT51
AR52
PCIE_CALRN_RX
AR43
PCIE_CALRP_TX
AR44
PX_EN
T51
PX_EN
AR48
AT43
AT44
AT47
AT48
AY41
BA41
12
R152
1K
5%
DNI
C150 6.3V
1 2
C151 6.3V
1 2
C152 6.3V
1 2
C153 6.3V
1 2
_
_
C154 6.3V
1 2
C155 6.3V
1 2
_
_
C156 6.3V
1 2
C157 6.3V
1 2
_
_
C158 6.3V
1 2
C159 6.3V
1 2
_
_
C160 6.3V
1 2
C161 6.3V
1 2
_
_
C162 6.3V
1 2
C163 6.3V
1 2
_
_
C164 6.3V
1 2
C165 6.3V
1 2
_
_
C166 6.3V
1 2
C167 6.3V
1 2
_
_
C168 6.3V
1 2
C169 6.3V
1 2
_
_
C170 6.3V
1 2
C171 6.3V
1 2
_
_
C172 6.3V
1 2
C173 6.3V
1 2
_
_
C174 6.3V
1 2
C175 6.3V
1 2
_
_
C176 6.3V
1 2
C177 6.3V
1 2
_
_
C178 6.3V
1 2
C179 6.3V
1 2
_
_
C180 6.3V
1 2
C181 6.3V
1 2
_
_
_
_
R150 1%
1 2
R151 1%
1 2
XXXV314_10
<New PN>
X
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
0.22uF
1K
1.69K
A
8
7
6
5
4
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
GPU PCIE
DATE:
Mon May 12 19:11:54 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
OF
105-C766xx-00A
3
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:225
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
228
228
228
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
8
(3) MEM INTERFACE CH AB
7
6
345
2
1
U1C
R52
P49
P51
P53
M53
M51
L50
K49
T44
T45
T47
R43
R45
P47
P42
N42
K48
J50
H48
H53
G50
F53
F49
E51
D47
C46
A46
E46
C44
A44
E44
F44
J43
H47
L47
L45
M46
L46
H43
G43
G45
P43
K51
K53
E48
C49
N50
R47
H51
D45
M49
R46
H49
F46
G46
M47
M44
K42
J47
M43
J42
P44
P45
U42
V43
DQA0_0
DQA0_1
DQA0_2
DQA0_3
DQA0_4
DQA0_5
DQA0_6
DQA0_7
DQA0_8
DQA0_9
DQA0_10
DQA0_11
DQA0_12
DQA0_13
DQA0_14
DQA0_15
DQA0_16
DQA0_17
DQA0_18
DQA0_19
DQA0_20
DQA0_21
DQA0_22
DQA0_23
DQA0_24
DQA0_25
DQA0_26
DQA0_27
DQA0_28
DQA0_29
DQA0_30
DQA0_31
MAA0_0
MAA0_1
MAA0_2
MAA0_3
MAA0_4
MAA0_5
MAA0_6
MAA0_7
MAA0_8
MAA0_9
WCKA0_0
WCKA0B_0
WCKA0_1
WCKA0B_1
EDCA0_0
EDCA0_1
EDCA0_2
EDCA0_3
DDBIA0_0
DDBIA0_1
DDBIA0_2
DDBIA0_3
ADBIA0
CSA0B_0
CSA0B_1
CASA0B
RASA0B
WEA0B
CKEA0
CLKA0
CLKA0B
MEM_CALA
DRAM_RSTA
_
VVVV314_10
B03-0851105-A08
PART 3 OF 19
TONGAL3
DQA1_0
DQA1_1
DQA1_2
DQA1_3
DQA1_4
DQA1_5
DQA1_6
DQA1_7
DQA1_8
DQA1_9
DQA1_10
DQA1_11
DQA1_12
DQA1_13
DQA1_14
DQA1_15
DQA1_16
DQA1_17
DQA1_18
DQA1_19
DQA1_20
DQA1_21
DQA1_22
DQA1_23
DQA1_24
DQA1_25
DQA1_26
DQA1_27
DQA1_28
DQA1_29
DQA1_30
DQA1_31
MAA1_0
MAA1_1
MAA1_2
MAA1_3
MAA1_4
MAA1_5
MAA1_6
MAA1_7
MAA1_8
WCKA1_0
WCKA1B_0
WCKA1_1
WCKA1B_1
EDCA1_0
EDCA1_1
EDCA1_2
EDCA1_3
DDBIA1_0
DDBIA1_1
DDBIA1_2
DDBIA1_3
ADBIA1
CSA1B_0
CASA1B
RASA1B
WEA1B
CKEA1
CLKA1
CLKA1B
USE INTERNAL VREF
MVREFS_A
X
XXXV314_10
<New PN>
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
OUT
5
OUT
5
OUT
5
OUT
5
OUT
5
OUT
5
OUT
+MVDD
12
X
R3604
XXXV314_10
40.2R
1%
<New PN>
DNI
12
12
+MVDD
X
C3602
R3605
XXXV314_10
1uF
100R
6.3V
1%
<New PN>
DNI
DNI
12
X
R3606
XXXV314_10
40.2R
1%
<New PN>
DNI
12
12
X
XXXV314_10
<New PN>
X
C3603
R3607
XXXV314_10
1uF
100R
6.3V
1%
<New PN>
DNI
DNI
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
D43
DQA1_0
E42
DQA1_1
A42
DQA1_2
C42
DQA1_3
C40
DQA1_4
A40
DQA1_5
E40
DQA1_6
F40
DQA1_7
A38
DQA1_8
E38
DQA1_9
F38
DQA1_10
D37
DQA1_11
E36
DQA1_12
D35
DQA1_13
C34
DQA1_14
A34
DQA1_15
M41
DQA1_16
L39
DQA1_17
M40
DQA1_18
M38
DQA1_19
M36
DQA1_20
K35
DQA1_21
L35
DQA1_22
M35
DQA1_23
G32
DQA1_24
J32
DQA1_25
H31
DQA1_26
G31
DQA1_27
K28
DQA1_28
H28
DQA1_29
G28
DQA1_30
J26
DQA1_31
H39
MAA1_0
G39
MAA1_1
J38
MAA1_2
M
E
M
O
R
Y
I
N
T
E
R
F
A
C
E
B
A
N
K
A
WCKA1_0
WCKA1B_0
WCKA1_1
WCKA1B_1
DDBIA1_0
DDBIA1_1
DDBIA1_2
DDBIA1_3
MVREFDA
MVREFSA
G38
MAA1_3
G36
MAA1_4
H36
MAA1_5
G40
MAA1_6
J40
MAA1_7
H40
MAA1_8
L32
MAA1_9
C38
D39
K33
L33
F42
EDCA1_0
A36
EDCA1_1
L36
EDCA1_2
J29
EDCA1_3
D41
C36
M37
H29
K39
ADBIA1
J36
CSA1B_0
J35
CSA1B_1
L40
CASA1B
K38
RASA1B
G35
WEA1B
G42
CKEA1
H33
CLKA1
G33
CLKA1B
M42
N41
BI
BI
BI
BI
BI
BI
BI
BI
BI
BI
BI
BI
BI
OUT
OUT
OUT
OUT
OUT
OUT
OUT
R3610 1%
120R
1 2
X
XXXV314_10
<New PN>
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
DQA0_0
0
DQA0_1
1
DQA0_2
2
DQA0_3
3
DQA0_4
4
DQA0_5
5
DQA0_6
6
DQA0_7
7
DQA0_8
8
DQA0_9
9
DQA0_10
10
DQA0_11
11
DQA0_12
12
DQA0_13
13
DQA0_14
14
DQA0_15
15
DQA0_16
16
DQA0_17
17
DQA0_18
18
DQA0_19
19
DQA0_20
20
DQA0_21
21
DQA0_22
22
DQA0_23
23
DQA0_24
24
DQA0_25
25
DQA0_26
26
DQA0_27
27
DQA0_28
28
DQA0_29
29
DQA0_30
30
DQA0_31
31
MAA0_0
0
MAA0_1
1
MAA0_2
R3600 1%
R3602 1%
C3601
120pF
50V
2
MAA0_3
3
MAA0_4
4
MAA0_5
5
MAA0_6
6
MAA0_7
7
MAA0_8
8
WCKA0_0
BI
WCKA0B_0
BI
WCKA0_1
BI
WCKA0B_1
BI
EDCA0_0
BI
EDCA0_1
BI
EDCA0_2
BI
EDCA0_3
BI
DDBIA0_0
BI
DDBIA0_1
BI
DDBIA0_2
BI
DDBIA0_3
BI
ADBIA0
BI
CSA0B_0
OUT
CASA0B
OUT
RASA0B
OUT
WEA0B
OUT
CKEA0
OUT
CLKA0
OUT
CLKA0B
OUT
MEM_CALA MEM_CALBMVREFD_A MVREFD_B
120R
1 2
X
XXXV314_10
<New PN>
G_DRAM_RSTA
10R
1 2
12
_
VVVV314_10
R3601
5.1K
R11-0101T12-W08
1%
_
VVVV314_10
R11-0512T12-W08
C
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
DRAM_RSTA
R3603 1%
49.9R
1 2
5
OUT
UNNAMED_3_CAP_I318_A
_
VVVV314_10
R11-499AT12-W08
12
_
VVVV314_10
C11-1801012-S02
DQB0_0
DQB0_1
DQB0_2
DQB0_3
DQB0_4
DQB0_5
DQB0_6
DQB0_7
DQB0_8
DQB0_9
DQB0_10
DQB0_11
DQB0_12
DQB0_13
DQB0_14
DQB0_15
DQB0_16
DQB0_17
DQB0_18
DQB0_19
DQB0_20
DQB0_21
DQB0_22
DQB0_23
DQB0_24
DQB0_25
DQB0_26
DQB0_27
DQB0_28
DQB0_29
DQB0_30
DQB0_31
MAB0_0
MAB0_1
MAB0_2
MAB0_3
MAB0_4
MAB0_5
MAB0_6
MAB0_7
MAB0_8
WCKB0_0
WCKB0B_0
WCKB0_1
WCKB0B_1
EDCB0_0
EDCB0_1
EDCB0_2
EDCB0_3
DDBIB0_0
DDBIB0_1
DDBIB0_2
DDBIB0_3
ADBIB0
CSB0B_0
CASB0B
RASB0B
WEB0B
CKEB0
CLKB0
CLKB0B
E34
F34
D33
E32
F32
D31
C30
A30
D29
C28
A28
E28
C26
A26
E26
F26
G26
H26
K25
G25
G23
H23
G22
H22
A24
E24
F24
D23
E22
F22
D21
C20
M23
L23
L26
M26
L28
M28
M21
L21
K22
K32
E30
F30
D25
C24
A32
D27
J25
A22
C32
F28
J23
C22
L22
K29
M30
G21
M24
M31
J21
L31
K31
T16
T41
U1D
DQB0_0
DQB0_1
DQB0_2
DQB0_3
DQB0_4
DQB0_5
DQB0_6
DQB0_7
DQB0_8
DQB0_9
DQB0_10
DQB0_11
DQB0_12
DQB0_13
DQB0_14
DQB0_15
DQB0_16
DQB0_17
DQB0_18
DQB0_19
DQB0_20
DQB0_21
DQB0_22
DQB0_23
DQB0_24
DQB0_25
DQB0_26
DQB0_27
DQB0_28
DQB0_29
DQB0_30
DQB0_31
MAB0_0
MAB0_1
MAB0_2
MAB0_3
MAB0_4
MAB0_5
MAB0_6
MAB0_7
MAB0_8
MAB0_9
WCKB0_0
WCKB0B_0
WCKB0_1
WCKB0B_1
EDCB0_0
EDCB0_1
EDCB0_2
EDCB0_3
DDBIB0_0
DDBIB0_1
DDBIB0_2
DDBIB0_3
ADBIB0
CSB0B_0
CSB0B_1
CASB0B
RASB0B
WEB0B
CKEB0
CLKB0
CLKB0B
MEM_CALB
DRAM_RSTB
_
VVVV314_10
B03-0851105-A08
PART 4 OF 19
TONGAL3
DQB1_0
DQB1_1
DQB1_2
DQB1_3
DQB1_4
DQB1_5
DQB1_6
DQB1_7
DQB1_8
DQB1_9
DQB1_10
DQB1_11
DQB1_12
DQB1_13
DQB1_14
DQB1_15
DQB1_16
DQB1_17
DQB1_18
DQB1_19
DQB1_20
DQB1_21
DQB1_22
DQB1_23
DQB1_24
DQB1_25
DQB1_26
DQB1_27
DQB1_28
DQB1_29
DQB1_30
DQB1_31
MAB1_0
MAB1_1
MAB1_2
MAB1_3
MAB1_4
MAB1_5
MAB1_6
MAB1_7
MAB1_8
WCKB1_0
WCKB1B_0
WCKB1_1
WCKB1B_1
EDCB1_0
EDCB1_1
EDCB1_2
EDCB1_3
DDBIB1_0
DDBIB1_1
DDBIB1_2
DDBIB1_3
ADBIB1
CSB1B_0
CASB1B
RASB1B
WEB1B
CKEB1
CLKB1
CLKB1B
MVREFD/S = 0.7 * VDDR1MVREFD/S = 0.7 * VDDR1
USE INTERNAL VREF
MVREFS_B
X
XXXV314_10
<New PN>
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
BI
5
OUT
5
OUT
5
OUT
5
OUT
5
OUT
5
OUT
5
OUT
+MVDD
12
X
R3614
XXXV314_10
40.2R
1%
<New PN>
DNI
12
12
C3612
1uF
6.3V
DNI
+MVDD
X
R3615
XXXV314_10
100R
1%
12
<New PN>
DNI
X
XXXV314_10
<New PN>
X
R3616
XXXV314_10
40.2R
1%
<New PN>
DNI
12
12
X
R3617
C3613
XXXV314_10
100R
1uF
1%
6.3V
<New PN>
DNI
DNI
DD
C
BB
A20
DQB1_0
E20
DQB1_1
F20
DQB1_2
D19
DQB1_3
E18
DQB1_4
D17
DQB1_5
C16
DQB1_6
A16
DQB1_7
D15
DQB1_8
C14
DQB1_9
A14
DQB1_10
E14
DQB1_11
A12
DQB1_12
E12
DQB1_13
F12
DQB1_14
D11
DQB1_15
G15
DQB1_16
H15
DQB1_17
G14
DQB1_18
H14
DQB1_19
G11
DQB1_20
J11
DQB1_21
G9
DQB1_22
G8
DQB1_23
E10
DQB1_24
D9
DQB1_25
C8
DQB1_26
A8
DQB1_27
D7
DQB1_28
A6
DQB1_29
E6
DQB1_30
C5
DQB1_31
L18
MAB1_0
K18
MAB1_1
J16
MAB1_2
M
E
M
O
R
Y
I
N
T
E
R
F
A
C
E
B
A
N
K
B
WCKB1_0
WCKB1B_0
WCKB1_1
WCKB1B_1
DDBIB1_0
DDBIB1_1
DDBIB1_2
DDBIB1_3
MVREFDB
MVREFSB
K16
MAB1_3
L15
MAB1_4
G16
MAB1_5
J19
MAB1_6
H19
MAB1_7
G18
MAB1_8
L12
MAB1_9
F16
E16
A10
C10
A18
EDCB1_0
C12
EDCB1_1
H11
EDCB1_2
F8
EDCB1_3
C18
D13
G12
E8
H18
ADBIB1
J15
CSB1B_0
L14
CSB1B_1
G19
CASB1B
M18
RASB1B
K14
WEB1B
L19
CKEB1
K12
CLKB1
J12
CLKB1B
M17
M19
1.0
1.0
1.0
328
328
328
A
A
6
DQA0_0
DQA0_1
DQA0_2
DQA0_3
DQA0_4
DQA0_5
DQA0_6
DQA0_7
DQA0_8
DQA0_9
DQA0_10
DQA0_11
DQA0_12
DQA0_13
DQA0_14
DQA0_15
DQA0_16
DQA0_17
DQA0_18
DQA0_19
DQA0_20
DQA0_21
DQA0_22
DQA0_23
DQA0_24
DQA0_25
DQA0_26
DQA0_27
DQA0_28
DQA0_29
DQA0_30
DQA0_31
MAA0_0
MAA0_1
MAA0_2
MAA0_3
MAA0_4
MAA0_5
MAA0_6
MAA0_7
MAA0_8
DQA1_0
0
DQA1_1
1
DQA1_2
2
DQA1_3
3
DQA1_4
4
DQA1_5
5
DQA1_6
6
DQA1_7
7
DQA1_8
8
DQA1_9
9
DQA1_10
10
DQA1_11
11
DQA1_12
12
DQA1_13
13
DQA1_14
14
DQA1_15
15
DQA1_16
16
DQA1_17
17
DQA1_18
18
DQA1_19
19
DQA1_20
20
DQA1_21
21
DQA1_22
22
DQA1_23
23
DQA1_24
24
DQA1_25
25
DQA1_26
26
DQA1_27
27
DQA1_28
28
DQA1_29
29
DQA1_30
30
DQA1_31
31
MAA1_0
0
MAA1_1
1
MAA1_2
2
MAA1_3
3
MAA1_4
4
MAA1_5
5
MAA1_6
6
MAA1_7
7
MAA1_8
8
DQA1_<0>
DQA1_<1>
DQA1_<2>
DQA1_<3>
DQA1_<4>
DQA1_<5>
DQA1_<6>
DQA1_<7>
DQA1_<8>
DQA1_<9>
DQA1_<10>
DQA1_<11>
DQA1_<12>
DQA1_<13>
DQA1_<14>
DQA1_<15>
DQA1_<16>
DQA1_<17>
DQA1_<18>
DQA1_<19>
DQA1_<20>
DQA1_<21>
DQA1_<22>
DQA1_<23>
DQA1_<24>
DQA1_<25>
DQA1_<26>
DQA1_<27>
DQA1_<28>
DQA1_<29>
DQA1_<30>
DQA1_<31>
MAA1_<0>
MAA1_<1>
MAA1_<2>
MAA1_<3>
MAA1_<4>
MAA1_<5>
MAA1_<6>
MAA1_<7>
MAA1_<8>
5
5
DQA1_<0>
1
DQA1_<1>
2
DQA1_<2>
3
DQA1_<3>
4
DQA1_<4>
5
DQA1_<5>
6
DQA1_<6>
7
DQA1_<7>
8
DQA1_<8>
9
DQA1_<9>
10
DQA1_<10>
11
DQA1_<11>
12
DQA1_<12>
13
DQA1_<13>
14
DQA1_<14>
15
DQA1_<15>
16
DQA1_<16>
17
DQA1_<17>
18
DQA1_<18>
19
DQA1_<19>
20
DQA1_<20>
21
DQA1_<21>
22
DQA1_<22>
23
DQA1_<23>
24
DQA1_<24>
25
DQA1_<25>
26
DQA1_<26>
27
DQA1_<27>
28
DQA1_<28>
29
DQA1_<29>
30
DQA1_<30>
31
DQA1_<31>
MAA1_<0>
1
MAA1_<1>
2
MAA1_<2>
3
MAA1_<3>
4
MAA1_<4>
5
MAA1_<5>
6
MAA1_<6>
7
MAA1_<7>
8
MAA1_<8>
5
DQB0_<0>
5
5
DQB0_<1>
5
5
DQB0_<2>
5
5
DQB0_<3>
5
5
DQB0_<4>
5
5
DQB0_<5>
5
5
DQB0_<6>
5
5
DQB0_<7>
5
5
DQB0_<8>
5
5
DQB0_<9>
5
5
DQB0_<10>
5
5
DQB0_<11>
5
5
DQB0_<12>
5
5
DQB0_<13>
5
5
DQB0_<14>
5
5
DQB0_<15>
5
5
DQB0_<16>
5
5
DQB0_<17>
5
5
DQB0_<18>
5
5
DQB0_<19>
5
5
DQB0_<20>
5
5
DQB0_<21>
5
5
DQB0_<22>
5
5
DQB0_<23>
5
5
DQB0_<24>
5
5
DQB0_<25>
5
5
DQB0_<26>
5
5
DQB0_<27>
5
5
DQB0_<28>
5
5
DQB0_<29>
5
5
DQB0_<30>
5
5
DQB0_<31>
5
5
MAB0_<0>
5
5
MAB0_<1>
5
5
MAB0_<2>
5
5
MAB0_<3>
5
5
MAB0_<4>
5
5
MAB0_<5>
5
5
MAB0_<6>
5
5
MAB0_<7>
5
5
MAB0_<8>
4
0
DQB0_<0>
1
DQB0_<1>
2
DQB0_<2>
3
DQB0_<3>
4
DQB0_<4>
5
DQB0_<5>
6
DQB0_<6>
7
DQB0_<7>
8
DQB0_<8>
9
DQB0_<9>
10
DQB0_<10>
11
DQB0_<11>
12
DQB0_<12>
13
DQB0_<13>
14
DQB0_<14>
15
DQB0_<15>
16
DQB0_<16>
17
DQB0_<17>
18
DQB0_<18>
19
DQB0_<19>
20
DQB0_<20>
21
DQB0_<21>
22
DQB0_<22>
23
DQB0_<23>
24
DQB0_<24>
25
DQB0_<25>
26
DQB0_<26>
27
DQB0_<27>
28
DQB0_<28>
29
DQB0_<29>
30
DQB0_<30>
31
DQB0_<31>
MAB0_<0>
MAB0_<1>
MAB0_<2>
MAB0_<3>
MAB0_<4>
MAB0_<5>
MAB0_<6>
MAB0_<7>
MAB0_<8>
5
DQA0_<0>
5
DQA0_<1>
5
DQA0_<2>
5
DQA0_<3>
5
DQA0_<4>
5
DQA0_<5>
5
DQA0_<6>
5
DQA0_<7>
5
DQA0_<8>
5
DQA0_<9>
5
DQA0_<10>
5
DQA0_<11>
5
DQA0_<12>
5
DQA0_<13>
5
DQA0_<14>
5
DQA0_<15>
5
DQA0_<16>
5
DQA0_<17>
5
DQA0_<18>
5
DQA0_<19>
5
DQA0_<20>
5
DQA0_<21>
5
DQA0_<22>
5
DQA0_<23>
5
DQA0_<24>
5
DQA0_<25>
5
DQA0_<26>
5
DQA0_<27>
5
DQA0_<28>
5
DQA0_<29>
5
DQA0_<30>
5
DQA0_<31>
5
MAA0_<0>
5
MAA0_<1>
5
MAA0_<2>
5
MAA0_<3>
5
MAA0_<4>
5
MAA0_<5>
5
MAA0_<6>
5
MAA0_<7>
5
MAA0_<8>
7
DQA0_<0>
DQA0_<1>
DQA0_<2>
DQA0_<3>
DQA0_<4>
DQA0_<5>
DQA0_<6>
DQA0_<7>
DQA0_<8>
DQA0_<9>
DQA0_<10>
DQA0_<11>
DQA0_<12>
DQA0_<13>
DQA0_<14>
DQA0_<15>
DQA0_<16>
DQA0_<17>
DQA0_<18>
DQA0_<19>
DQA0_<20>
DQA0_<21>
DQA0_<22>
DQA0_<23>
DQA0_<24>
DQA0_<25>
DQA0_<26>
DQA0_<27>
DQA0_<28>
DQA0_<29>
DQA0_<30>
DQA0_<31>
MAA0_<0>
MAA0_<1>
MAA0_<2>
MAA0_<3>
MAA0_<4>
MAA0_<5>
MAA0_<6>
MAA0_<7>
MAA0_<8>
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
1
2
3
4
5
6
7
8
8
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
GPU MEM CH AB
Mon May 12 19:11:52 2014 01
DATE:
SHEET NUMBER:
DOCUMENT NUMBER:
DQB0_0
0
DQB0_1
1
DQB0_2
2
DQB0_3
3
DQB0_4
4
DQB0_5
5
DQB0_6
6
DQB0_7
7
DQB0_8
8
DQB0_9
9
DQB0_10
10
DQB0_11
11
DQB0_12
12
DQB0_13
13
DQB0_14
14
DQB0_15
15
DQB0_16
16
DQB0_17
17
DQB0_18
18
DQB0_19
19
DQB0_20
20
DQB0_21
21
DQB0_22
22
DQB0_23
23
DQB0_24
24
DQB0_25
25
DQB0_26
26
DQB0_27
27
DQB0_28
28
DQB0_29
29
DQB0_30
30
DQB0_31
31
MAB0_0
0
MAB0_1
1
MAB0_2
2
MAB0_3
3
MAB0_4
4
MAB0_5
5
MAB0_6
6
MAB0_7
7
MAB0_8
8
OF
105-C766xx-00A
3
DQB1_0
DQB1_1
DQB1_2
DQB1_3
DQB1_4
DQB1_5
DQB1_6
DQB1_7
DQB1_8
DQB1_9
DQB1_10
DQB1_11
DQB1_12
DQB1_13
DQB1_14
DQB1_15
DQB1_16
DQB1_17
DQB1_18
DQB1_19
DQB1_20
DQB1_21
DQB1_22
DQB1_23
DQB1_24
DQB1_25
DQB1_26
DQB1_27
DQB1_28
DQB1_29
DQB1_30
DQB1_31
MAB1_0
MAB1_1
MAB1_2
MAB1_3
MAB1_4
MAB1_5
MAB1_6
MAB1_7
MAB1_8
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:325
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
Tonga-256 G5 x32
12
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
DQB1_<0>
DQB1_<1>
DQB1_<2>
DQB1_<3>
DQB1_<4>
DQB1_<5>
DQB1_<6>
DQB1_<7>
DQB1_<8>
DQB1_<9>
DQB1_<10>
DQB1_<11>
DQB1_<12>
DQB1_<13>
DQB1_<14>
DQB1_<15>
DQB1_<16>
DQB1_<17>
DQB1_<18>
DQB1_<19>
DQB1_<20>
DQB1_<21>
DQB1_<22>
DQB1_<23>
DQB1_<24>
DQB1_<25>
DQB1_<26>
DQB1_<27>
DQB1_<28>
DQB1_<29>
DQB1_<30>
DQB1_<31>
MAB1_<0>
MAB1_<1>
MAB1_<2>
MAB1_<3>
MAB1_<4>
MAB1_<5>
MAB1_<6>
MAB1_<7>
MAB1_<8>
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
1
2
3
4
5
6
7
8
DQB1_<0>
DQB1_<1>
DQB1_<2>
DQB1_<3>
DQB1_<4>
DQB1_<5>
DQB1_<6>
DQB1_<7>
DQB1_<8>
DQB1_<9>
DQB1_<10>
DQB1_<11>
DQB1_<12>
DQB1_<13>
DQB1_<14>
DQB1_<15>
DQB1_<16>
DQB1_<17>
DQB1_<18>
DQB1_<19>
DQB1_<20>
DQB1_<21>
DQB1_<22>
DQB1_<23>
DQB1_<24>
DQB1_<25>
DQB1_<26>
DQB1_<27>
DQB1_<28>
DQB1_<29>
DQB1_<30>
DQB1_<31>
MAB1_<0>
MAB1_<1>
MAB1_<2>
MAB1_<3>
MAB1_<4>
MAB1_<5>
MAB1_<6>
MAB1_<7>
MAB1_<8>
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
8
(4) MEM INTERFACE CH CD
7
6
345
2
1
U1E
E3
F5
F1
G4
H1
H3
J4
K5
H7
J7
L9
L7
P8
P7
R8
R7
L4
M6
M5
M1
P5
P1
P3
R4
T1
T3
U4
V5
W4
Y6
Y5
Y1
V11
V10
T9
T10
R11
T7
W9
W8
V7
M11
K1
K3
T6
T5
H6
L8
M3
V1
H5
M7
N4
V3
V8
R9
P11
W7
V12
P10
W11
M10
M9
BA16
M12
DQC0_0
DQC0_1
DQC0_2
DQC0_3
DQC0_4
DQC0_5
DQC0_6
DQC0_7
DQC0_8
DQC0_9
DQC0_10
DQC0_11
DQC0_12
DQC0_13
DQC0_14
DQC0_15
DQC0_16
DQC0_17
DQC0_18
DQC0_19
DQC0_20
DQC0_21
DQC0_22
DQC0_23
DQC0_24
DQC0_25
DQC0_26
DQC0_27
DQC0_28
DQC0_29
DQC0_30
DQC0_31
MAC0_0
MAC0_1
MAC0_2
MAC0_3
MAC0_4
MAC0_5
MAC0_6
MAC0_7
MAC0_8
MAC0_9
WCKC0_0
WCKC0B_0
WCKC0_1
WCKC0B_1
EDCC0_0
EDCC0_1
EDCC0_2
EDCC0_3
DDBIC0_0
DDBIC0_1
DDBIC0_2
DDBIC0_3
ADBIC0
CSC0B_0
CSC0B_1
CASC0B
RASC0B
WEC0B
CKEC0
CLKC0
CLKC0B
MEM_CALC
DRAM_RSTC
_
VVVV314_10
B03-0851105-A08
PART 5 OF 18
TONGAL3
DQC1_0
Y3
DQC1_0
DQC1_1
AA4
DQC1_1
DQC1_2
AB6
DQC1_2
DQC1_3
AB5
DQC1_3
DQC1_4
AC4
DQC1_4
DQC1_5
AD6
DQC1_5
DQC1_6
AD5
DQC1_6
DQC1_7
AD1
DQC1_7
DQC1_8
AB8
DQC1_8
DQC1_9
AB7
DQC1_9
DQC1_10
AC8
DQC1_10
DQC1_11
AC7
DQC1_11
DQC1_12
AE7
DQC1_12
DQC1_13
AE10
DQC1_13
DQC1_14
AF8
DQC1_14
DQC1_15
AF7
DQC1_15
DQC1_16
AF6
DQC1_16
DQC1_17
AF5
DQC1_17
DQC1_18
AF1
DQC1_18
DQC1_19
AF3
DQC1_19
DQC1_20
AH5
DQC1_20
DQC1_21
AH1
DQC1_21
DQC1_22
AH3
DQC1_22
DQC1_23
AJ4
DQC1_23
DQC1_24
AK1
DQC1_24
DQC1_25
AK3
DQC1_25
DQC1_26
AL4
DQC1_26
DQC1_27
AM6
DQC1_27
DQC1_28
AM5
DQC1_28
DQC1_29
AN4
DQC1_29
DQC1_30
AP6
DQC1_30
DQC1_31
AP5
DQC1_31
MAC1_0
AC12
MAC1_0
MAC1_1
AC11
MAC1_1
MAC1_2
AF11
MAC1_2
M
E
M
O
R
Y
I
N
T
E
R
F
A
C
E
B
A
N
K
C
MAC1_3
AF12
MAC1_3
MAC1_4
AH11
MAC1_4
MAC1_5
AH12
MAC1_5
MAC1_6
AA12
MAC1_6
MAC1_7
AA11
MAC1_7
MAC1_8
AB10
MAC1_8
AM10
MAC1_9
WCKC1_0
AE4
WCKC1_0
WCKC1B_0
AD3
WCKC1B_0
WCKC1_1
AK5
WCKC1_1
WCKC1B_1
AK6
WCKC1B_1
EDCC1_0
AB1
EDCC1_0
EDCC1_1
AE9
EDCC1_1
EDCC1_2
AG4
EDCC1_2
EDCC1_3
AM1
EDCC1_3
DDBIC1_0
AB3
DDBIC1_0
DDBIC1_1
AC9
DDBIC1_1
DDBIC1_2
AH6
DDBIC1_2
DDBIC1_3
AM3
DDBIC1_3
ADBIC1
AB11
ADBIC1
CSC1B_0
AJ10
CSC1B_0
AK12
CSC1B_1
CASC1B
AA7
CASC1B
RASC1B
AD12
RASC1B
WEC1B
AL12
WEC1B
CKEC1
AA9
CKEC1
CLKC1
AL11
CLKC1
CLKC1B
AL10
CLKC1B
MVREFD/S = 0.7 * VDDR1
USE INTERNAL VREF
U12
MVREFDC
MVREFSC
X
XXXV314_10
<New PN>
W12
MVREFS_C MVREFS_D
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
OUT
6
OUT
6
OUT
6
OUT
6
OUT
6
OUT
6
OUT
+MVDD
12
X
R3624
XXXV314_10
40.2R
1%
<New PN>
DNI
12
12
+MVDD
X
C3622
R3625
XXXV314_10
1uF
100R
6.3V
1%
<New PN>
DNI
DNI
X
XXXV314_10
<New PN>
12
6
X
R3626
XXXV314_10
40.2R
1%
<New PN>
DNI
12
12
X
C3623
R3627
XXXV314_10
1uF
100R
6.3V
1%
<New PN>
DNI
DNI
DRAM_RSTD
OUT
R3633 1%
49.9R
1 2
_
VVVV314_10
R11-499AT12-W08
UNNAMED_4_CAP_I349_A
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
_
VVVV314_10
C11-1801012-S02
12
R3630 1%
1 2
R3632 1%
1 2
C3631
120pF
50V
BI
BI
BI
BI
BI
BI
BI
BI
BI
BI
BI
BI
BI
OUT
OUT
OUT
OUT
OUT
OUT
OUT
120R
X
XXXV314_10
<New PN>
10R
_
VVVV314_10
R11-0101T12-W08
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
12
R3631
5.1K
1%
_
VVVV314_10
R11-0512T12-W08
DQC0_0
0
DQC0_1
1
DQC0_2
2
DQC0_3
3
DQC0_4
4
DQC0_5
5
DQC0_6
6
DQC0_7
7
DQC0_8
8
DQC0_9
9
DQC0_10
10
DQC0_11
11
DQC0_12
12
DQC0_13
13
DQC0_14
14
DQC0_15
15
DQC0_16
16
DQC0_17
17
DQC0_18
18
DQC0_19
19
DQC0_20
20
DQC0_21
21
DQC0_22
22
DQC0_23
23
DQC0_24
24
DQC0_25
25
DQC0_26
26
DQC0_27
27
DQC0_28
28
DQC0_29
29
DQC0_30
30
DQC0_31
31
MAC0_0
0
MAC0_1
1
MAC0_2
C
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
2
MAC0_3
3
MAC0_4
4
MAC0_5
5
MAC0_6
6
MAC0_7
7
MAC0_8
8
WCKC0_0
BI
WCKC0B_0
BI
WCKC0_1
BI
WCKC0B_1
BI
EDCC0_0
BI
EDCC0_1
BI
EDCC0_2
BI
EDCC0_3
BI
DDBIC0_0
BI
DDBIC0_1
BI
DDBIC0_2
BI
DDBIC0_3
BI
ADBIC0
BI
CSC0B_0
OUT
CASC0B
OUT
RASC0B
OUT
WEC0B
OUT
CKEC0
OUT
CLKC0
OUT
CLKC0B
OUT
MEM_CALC MEM_CALDMVREFD_C MVREFD_D
R3620 1%
120R
1 2
X
XXXV314_10
<New PN>
DQD0_0
DQD0_1
DQD0_2
DQD0_3
DQD0_4
DQD0_5
DQD0_6
DQD0_7
DQD0_8
DQD0_9
DQD0_10
DQD0_11
DQD0_12
DQD0_13
DQD0_14
DQD0_15
DQD0_16
DQD0_17
DQD0_18
DQD0_19
DQD0_20
DQD0_21
DQD0_22
DQD0_23
DQD0_24
DQD0_25
DQD0_26
DQD0_27
DQD0_28
DQD0_29
DQD0_30
DQD0_31
MAD0_0
MAD0_1
MAD0_2
MAD0_3
MAD0_4
MAD0_5
MAD0_6
MAD0_7
MAD0_8
WCKD0_0
WCKD0B_0
WCKD0_1
WCKD0B_1
EDCD0_0
EDCD0_1
EDCD0_2
EDCD0_3
DDBID0_0
DDBID0_1
DDBID0_2
DDBID0_3
ADBID0
CSD0B_0
CASD0B
RASD0B
WED0B
CKED0
CLKD0
CLKD0B
G_DRAM_RSTD
AW11
AW10
AH10
AR12
AR11
AR10
AT12
AV12
AY12
BA12
AM11
AN10
AN11
AT11
AU12
AY11
AV10
BB17
BC18
AF9
AH7
AH8
AL7
AL8
AM9
AM7
AP1
AP3
AR4
AT5
AU4
AV6
AV5
AV1
AY6
AY5
AY1
AY3
BB3
BB1
BB5
BC4
AW8
AW7
AV9
AV7
AT7
AT8
AY7
AY9
AY8
AV3
AW4
AJ9
AT1
BB6
AJ8
AT3
BA4
AT9
AR9
AR7
BB7
AN8
AN7
U1F
DQD0_0
DQD0_1
DQD0_2
DQD0_3
DQD0_4
DQD0_5
DQD0_6
DQD0_7
DQD0_8
DQD0_9
DQD0_10
DQD0_11
DQD0_12
DQD0_13
DQD0_14
DQD0_15
DQD0_16
DQD0_17
DQD0_18
DQD0_19
DQD0_20
DQD0_21
DQD0_22
DQD0_23
DQD0_24
DQD0_25
DQD0_26
DQD0_27
DQD0_28
DQD0_29
DQD0_30
DQD0_31
MAD0_0
MAD0_1
MAD0_2
MAD0_3
MAD0_4
MAD0_5
MAD0_6
MAD0_7
MAD0_8
MAD0_9
WCKD0_0
WCKD0B_0
WCKD0_1
WCKD0B_1
EDCD0_0
EDCD0_1
EDCD0_2
EDCD0_3
DDBID0_0
DDBID0_1
DDBID0_2
DDBID0_3
ADBID0
CSD0B_0
CSD0B_1
CASD0B
RASD0B
WED0B
CKED0
CLKD0
CLKD0B
MEM_CALD
DRAM_RSTD
_
VVVV314_10
B03-0851105-A08
PART 6 OF 19
TONGAL3
DQD1_0
DQD1_1
DQD1_2
DQD1_3
DQD1_4
DQD1_5
DQD1_6
DQD1_7
DQD1_8
DQD1_9
DQD1_10
DQD1_11
DQD1_12
DQD1_13
DQD1_14
DQD1_15
DQD1_16
DQD1_17
DQD1_18
DQD1_19
DQD1_20
DQD1_21
DQD1_22
DQD1_23
DQD1_24
DQD1_25
DQD1_26
DQD1_27
DQD1_28
DQD1_29
DQD1_30
DQD1_31
MAD1_0
MAD1_1
MAD1_2
MAD1_3
MAD1_4
MAD1_5
MAD1_6
MAD1_7
MAD1_8
WCKD1_0
WCKD1B_0
WCKD1_1
WCKD1B_1
EDCD1_0
EDCD1_1
EDCD1_2
EDCD1_3
DDBID1_0
DDBID1_1
DDBID1_2
DDBID1_3
ADBID1
CSD1B_0
CASD1B
RASD1B
WED1B
CKED1
CLKD1
CLKD1B
MVREFD/S = 0.7 * VDDR1
USE INTERNAL VREF
X
XXXV314_10
<New PN>
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
BI
6
OUT
6
OUT
6
OUT
6
OUT
6
OUT
6
OUT
6
OUT
+MVDD
12
X
R3634
XXXV314_10
40.2R
1%
<New PN>
DNI
12
12
C3632
1uF
6.3V
DNI
+MVDD
X
R3635
XXXV314_10
100R
1%
12
<New PN>
DNI
X
XXXV314_10
<New PN>
X
R3636
XXXV314_10
40.2R
1%
<New PN>
DNI
12
12
X
C3633
R3637
XXXV314_10
1uF
100R
6.3V
1%
<New PN>
DNI
DNI
DD
C
BB
BD6
DQD1_0
BD5
DQD1_1
BD1
DQD1_2
BD3
DQD1_3
BF5
DQD1_4
BF1
DQD1_5
BF3
DQD1_6
BG4
DQD1_7
BL5
DQD1_8
BJ6
DQD1_9
BN6
DQD1_10
BK7
DQD1_11
BN8
DQD1_12
BH8
DQD1_13
BK9
DQD1_14
BH10
DQD1_15
BB13
DQD1_16
BB14
DQD1_17
BG14
DQD1_18
BE15
DQD1_19
BC15
DQD1_20
BG16
DQD1_21
BE16
DQD1_22
BD16
DQD1_23
BJ10
DQD1_24
BK11
DQD1_25
BL12
DQD1_26
BN12
DQD1_27
BN14
DQD1_28
BL14
DQD1_29
BJ14
DQD1_30
BM15
DQD1_31
BC9
MAD1_0
BG8
MAD1_1
BG11
MAD1_2
M
E
M
O
R
Y
I
N
T
E
R
F
A
C
E
B
A
N
K
D
WCKD1_0
WCKD1B_0
WCKD1_1
WCKD1B_1
DDBID1_0
DDBID1_1
DDBID1_2
DDBID1_3
MVREFDD
MVREFSD
BE11
MAD1_3
BF12
MAD1_4
BF11
MAD1_5
BC8
MAD1_6
BC7
MAD1_7
BE7
MAD1_8
BC14
MAD1_9
BH5
BJ3
BL10
BN10
BE4
EDCD1_0
BL8
EDCD1_1
BG15
EDCD1_2
BK13
EDCD1_3
BF6
BJ8
BF15
BJ12
BF7
ADBID1
BG12
CSD1B_0
BD12
CSD1B_1
BB10
CASD1B
BG9
RASD1B
BC12
WED1B
BB9
CKED1
BD14
CLKD1
BE14
CLKD1B
BB12
BA13
1.0
1.0
1.0
428
428
428
A
A
6
DQC1_0
DQC1_1
DQC1_2
DQC1_3
DQC1_4
DQC1_5
DQC1_6
DQC1_7
DQC1_8
DQC1_9
DQC1_10
DQC1_11
DQC1_12
DQC1_13
DQC1_14
DQC1_15
DQC1_16
DQC1_17
DQC1_18
DQC1_19
DQC1_20
DQC1_21
DQC1_22
DQC1_23
DQC1_24
DQC1_25
DQC1_26
DQC1_27
DQC1_28
DQC1_29
DQC1_30
DQC1_31
MAC1_0
MAC1_1
MAC1_2
MAC1_3
MAC1_4
MAC1_5
MAC1_6
MAC1_7
MAC1_8
DQC1_<0>
DQC1_<1>
DQC1_<2>
DQC1_<3>
DQC1_<4>
DQC1_<5>
DQC1_<6>
DQC1_<7>
DQC1_<8>
DQC1_<9>
DQC1_<10>
DQC1_<11>
DQC1_<12>
DQC1_<13>
DQC1_<14>
DQC1_<15>
DQC1_<16>
DQC1_<17>
DQC1_<18>
DQC1_<19>
DQC1_<20>
DQC1_<21>
DQC1_<22>
DQC1_<23>
DQC1_<24>
DQC1_<25>
DQC1_<26>
DQC1_<27>
DQC1_<28>
DQC1_<29>
DQC1_<30>
DQC1_<31>
MAC1_<0>
MAC1_<1>
MAC1_<2>
MAC1_<3>
MAC1_<4>
MAC1_<5>
MAC1_<6>
MAC1_<7>
MAC1_<8>
1
2
3
4
5
6
7
8
5
0
6
DQC1_<0>
1
6
DQC1_<1>
2
6
DQC1_<2>
3
6
DQC1_<3>
4
6
DQC1_<4>
5
6
DQC1_<5>
6
6
DQC1_<6>
7
6
DQC1_<7>
8
6
DQC1_<8>
9
6
DQC1_<9>
10
6
DQC1_<10>
11
6
DQC1_<11>
12
6
DQC1_<12>
13
6
DQC1_<13>
14
6
DQC1_<14>
15
6
DQC1_<15>
16
6
DQC1_<16>
17
6
DQC1_<17>
18
6
DQC1_<18>
19
6
DQC1_<19>
20
6
DQC1_<20>
21
6
DQC1_<21>
22
6
DQC1_<22>
23
6
DQC1_<23>
24
6
DQC1_<24>
25
6
DQC1_<25>
26
6
DQC1_<26>
27
6
DQC1_<27>
28
6
DQC1_<28>
29
6
DQC1_<29>
30
6
DQC1_<30>
31
6
DQC1_<31>
6
MAC1_<0>
6
MAC1_<1>
6
MAC1_<2>
6
MAC1_<3>
6
MAC1_<4>
6
MAC1_<5>
6
MAC1_<6>
6
MAC1_<7>
6
MAC1_<8>
4
6
DQD0_<0>
6
DQD0_<1>
6
DQD0_<2>
6
DQD0_<3>
6
DQD0_<4>
6
DQD0_<5>
6
DQD0_<6>
6
DQD0_<7>
6
DQD0_<8>
6
DQD0_<9>
6
DQD0_<10>
6
DQD0_<11>
6
DQD0_<12>
6
DQD0_<13>
6
DQD0_<14>
6
DQD0_<15>
6
DQD0_<16>
6
DQD0_<17>
6
DQD0_<18>
6
DQD0_<19>
6
DQD0_<20>
6
DQD0_<21>
6
DQD0_<22>
6
DQD0_<23>
6
DQD0_<24>
6
DQD0_<25>
6
DQD0_<26>
6
DQD0_<27>
6
DQD0_<28>
6
DQD0_<29>
6
DQD0_<30>
6
DQD0_<31>
6
MAD0_<0>
6
MAD0_<1>
6
MAD0_<2>
6
MAD0_<3>
6
MAD0_<4>
6
MAD0_<5>
6
MAD0_<6>
6
MAD0_<7>
6
MAD0_<8>
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
1
2
3
4
5
6
7
8
7
MAC0_<0>
MAC0_<1>
MAC0_<2>
MAC0_<3>
MAC0_<4>
MAC0_<5>
MAC0_<6>
MAC0_<7>
MAC0_<8>
DQC0_<0>
DQC0_<1>
DQC0_<2>
DQC0_<3>
DQC0_<4>
DQC0_<5>
DQC0_<6>
DQC0_<7>
DQC0_<8>
DQC0_<9>
DQC0_<10>
DQC0_<11>
DQC0_<12>
DQC0_<13>
DQC0_<14>
DQC0_<15>
DQC0_<16>
DQC0_<17>
DQC0_<18>
DQC0_<19>
DQC0_<20>
DQC0_<21>
DQC0_<22>
DQC0_<23>
DQC0_<24>
DQC0_<25>
DQC0_<26>
DQC0_<27>
DQC0_<28>
DQC0_<29>
DQC0_<30>
DQC0_<31>
DQC0_0
0
DQC0_1
1
DQC0_2
2
DQC0_3
3
DQC0_4
4
DQC0_5
5
DQC0_6
6
DQC0_7
7
DQC0_8
8
DQC0_9
9
DQC0_10
10
DQC0_11
11
DQC0_12
12
DQC0_13
13
DQC0_14
14
DQC0_15
15
DQC0_16
16
DQC0_17
17
DQC0_18
18
DQC0_19
19
DQC0_20
20
DQC0_21
21
DQC0_22
22
DQC0_23
23
DQC0_24
24
DQC0_25
25
DQC0_26
26
DQC0_27
27
DQC0_28
28
DQC0_29
29
DQC0_30
30
DQC0_31
31
MAC0_0
0
MAC0_1
1
MAC0_2
2
MAC0_3
3
MAC0_4
4
MAC0_5
5
MAC0_6
6
MAC0_7
7
MAC0_8
8
8
6
DQC0_<0>
6
DQC0_<1>
6
DQC0_<2>
6
DQC0_<3>
6
DQC0_<4>
6
DQC0_<5>
6
DQC0_<6>
6
DQC0_<7>
6
DQC0_<8>
6
DQC0_<9>
6
DQC0_<10>
6
DQC0_<11>
6
DQC0_<12>
6
DQC0_<13>
6
DQC0_<14>
6
DQC0_<15>
6
DQC0_<16>
6
DQC0_<17>
6
DQC0_<18>
6
DQC0_<19>
6
DQC0_<20>
6
DQC0_<21>
6
DQC0_<22>
6
DQC0_<23>
6
DQC0_<24>
6
DQC0_<25>
6
DQC0_<26>
6
DQC0_<27>
6
DQC0_<28>
6
DQC0_<29>
6
DQC0_<30>
6
DQC0_<31>
6
MAC0_<0>
6
MAC0_<1>
6
MAC0_<2>
6
MAC0_<3>
6
MAC0_<4>
6
MAC0_<5>
6
MAC0_<6>
6
MAC0_<7>
6
MAC0_<8>
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
GPU MEM CH CD
Mon May 12 19:11:52 2014 01
DATE:
SHEET NUMBER:
DOCUMENT NUMBER:
OF
105-C766xx-00A
3
DQD0_0
0
0
DQD0_<0>
DQD0_1
1
1
DQD0_<1>
DQD0_2
2
2
DQD0_<2>
DQD0_3
3
3
DQD0_<3>
DQD0_4
4
4
DQD0_<4>
DQD0_5
5
5
DQD0_<5>
DQD0_6
6
6
DQD0_<6>
DQD0_7
7
7
DQD0_<7>
DQD0_8
8
8
DQD0_<8>
DQD0_9
9
9
DQD0_<9>
DQD0_10
10
10
DQD0_<10>
DQD0_11
11
11
DQD0_<11>
DQD0_12
12
12
DQD0_<12>
DQD0_13
13
13
DQD0_<13>
DQD0_14
14
14
DQD0_<14>
DQD0_15
15
15
DQD0_<15>
DQD0_16
16
16
DQD0_<16>
DQD0_17
17
17
DQD0_<17>
DQD0_18
18
18
DQD0_<18>
DQD0_19
19
19
DQD0_<19>
DQD0_20
20
20
DQD0_<20>
DQD0_21
21
21
DQD0_<21>
DQD0_22
22
22
DQD0_<22>
DQD0_23
23
23
DQD0_<23>
DQD0_24
24
24
DQD0_<24>
DQD0_25
25
25
DQD0_<25>
DQD0_26
26
26
DQD0_<26>
DQD0_27
27
27
DQD0_<27>
DQD0_28
28
28
DQD0_<28>
DQD0_29
29
29
DQD0_<29>
DQD0_30
30
30
DQD0_<30>
DQD0_31
31
31
DQD0_<31>
MAD0_0
0
MAD0_<0>
MAD0_1
1
1
MAD0_<1>
MAD0_2
2
2
MAD0_<2>
MAD0_3
3
3
MAD0_<3>
MAD0_4
4
4
MAD0_<4>
MAD0_5
5
5
MAD0_<5>
MAD0_6
6
6
MAD0_<6>
MAD0_7
7
7
MAD0_<7>
MAD0_8
8
8
MAD0_<8>
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:425
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
Tonga-256 G5 x32
12
DQD1_0
0
DQD1_1
DQD1_2
DQD1_3
DQD1_4
DQD1_5
DQD1_6
DQD1_7
DQD1_8
DQD1_9
DQD1_10
DQD1_11
DQD1_12
DQD1_13
DQD1_14
DQD1_15
DQD1_16
DQD1_17
DQD1_18
DQD1_19
DQD1_20
DQD1_21
DQD1_22
DQD1_23
DQD1_24
DQD1_25
DQD1_26
DQD1_27
DQD1_28
DQD1_29
DQD1_30
DQD1_31
MAD1_0
MAD1_1
MAD1_2
MAD1_3
MAD1_4
MAD1_5
MAD1_6
MAD1_7
MAD1_8
DQD1_<0>
1
DQD1_<1>
2
DQD1_<2>
3
DQD1_<3>
4
DQD1_<4>
5
DQD1_<5>
6
DQD1_<6>
7
DQD1_<7>
8
DQD1_<8>
9
DQD1_<9>
10
DQD1_<10>
11
DQD1_<11>
12
DQD1_<12>
13
DQD1_<13>
14
DQD1_<14>
15
DQD1_<15>
16
DQD1_<16>
17
DQD1_<17>
18
DQD1_<18>
19
DQD1_<19>
20
DQD1_<20>
21
DQD1_<21>
22
DQD1_<22>
23
DQD1_<23>
24
DQD1_<24>
25
DQD1_<25>
26
DQD1_<26>
27
DQD1_<27>
28
DQD1_<28>
29
DQD1_<29>
30
DQD1_<30>
31
DQD1_<31>
0
MAD1_<0>
1
1
MAD1_<1>
2
2
MAD1_<2>
3
3
MAD1_<3>
4
4
MAD1_<4>
5
5
MAD1_<5>
6
6
MAD1_<6>
7
7
MAD1_<7>
8
8
MAD1_<8>
DQD1_<0>
DQD1_<1>
DQD1_<2>
DQD1_<3>
DQD1_<4>
DQD1_<5>
DQD1_<6>
DQD1_<7>
DQD1_<8>
DQD1_<9>
DQD1_<10>
DQD1_<11>
DQD1_<12>
DQD1_<13>
DQD1_<14>
DQD1_<15>
DQD1_<16>
DQD1_<17>
DQD1_<18>
DQD1_<19>
DQD1_<20>
DQD1_<21>
DQD1_<22>
DQD1_<23>
DQD1_<24>
DQD1_<25>
DQD1_<26>
DQD1_<27>
DQD1_<28>
DQD1_<29>
DQD1_<30>
DQD1_<31>
MAD1_<0>
MAD1_<1>
MAD1_<2>
MAD1_<3>
MAD1_<4>
MAD1_<5>
MAD1_<6>
MAD1_<7>
MAD1_<8>
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
6
(5) GDDR5 MEM CH AB
C
+MVDD
_
VVVV314_10
R11-0121T12-W08
VVVV314_10
R11-2371T12-W08
_
VVVV314_10
R11-5491T22-W08
_
VVVV314_10
C11-1057322-T04
_
+MVDD
A
_
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
0
3
DQA0_<0>
1
3
DQA0_<1>
2
3
DQA0_<2>
3
3
DQA0_<3>
4
3
DQA0_<4>
5
3
DQA0_<5>
6
3
DQA0_<6>
7
3
DQA0_<7>
8
3
DQA0_<8>
9
3
DQA0_<9>
10
3
DQA0_<10>
11
3
DQA0_<11>
12
3
DQA0_<12>
13
3
DQA0_<13>
14
3
DQA0_<14>
15
3
DQA0_<15>
16
3
DQA0_<16>
17
3
DQA0_<17>
18
3
DQA0_<18>
19
3
DQA0_<19>
20
3
DQA0_<20>
21
3
DQA0_<21>
22
3
DQA0_<22>
23
3
DQA0_<23>
24
3
DQA0_<24>
25
3
DQA0_<25>
26
3
DQA0_<26>
27
3
DQA0_<27>
28
3
DQA0_<28>
29
3
DQA0_<29>
30
3
DQA0_<30>
31
3
DQA0_<31>
3
MAA0_<0>
1
3
MAA0_<1>
2
3
MAA0_<2>
3
3
MAA0_<3>
4
3
MAA0_<4>
5
3
MAA0_<5>
6
3
MAA0_<6>
7
3
MAA0_<7>
8
3
MAA0_<8>
8
3
3
3
3
3
3
3
3
3
3
3
3
VVVV314_10
R11-604AT12-W08
3
_
3
R2001 1%
R2000 1%
3
VVVV314_10
3
R11-604AT12-W08
3
_
3
3
3,5
+MVDD
3
10V
10V
10V
10V
10V
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
12
12
12
12
12
C2010
C2011
C2012
C2013
C2014
_
_
_
_
_
8
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
DQA0_<0>
DQA0_<1>
DQA0_<2>
DQA0_<3>
DQA0_<4>
DQA0_<5>
DQA0_<6>
DQA0_<7>
DQA0_<8>
DQA0_<9>
DQA0_<10>
DQA0_<11>
DQA0_<12>
DQA0_<13>
DQA0_<14>
DQA0_<15>
DQA0_<16>
DQA0_<17>
DQA0_<18>
DQA0_<19>
DQA0_<20>
DQA0_<21>
DQA0_<22>
DQA0_<23>
DQA0_<24>
DQA0_<25>
DQA0_<26>
DQA0_<27>
DQA0_<28>
DQA0_<29>
DQA0_<30>
DQA0_<31>
60.4R
12
60.4R
12
R2002 1%
120R
1 2
R2009 1%
12
R2010 1%
12
C2005 6.3V
1uF
12
10V
10V
10V
6.3V
0.1uF
0.1uF
0.1uF
1uF
1uF
12
12
12
12
12
C2015
C2016
C2017
C2020 6.3V
C2021
_
_
_
_
_
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
MAA0_<0>
MAA0_<1>
MAA0_<2>
MAA0_<3>
MAA0_<4>
MAA0_<5>
MAA0_<6>
MAA0_<7>
MAA0_<8>
345
+MVDD
U2200
B1
VDDQ_B1
B3
VDDQ_B3
B12
VDDQ_B12
B14
VDDQ_B14
D1
VDDQ_D1
D3
VDDQ_D3
D12
VDDQ_D12
D14
VDDQ_D14
E5
VDDQ_E5
E10
VDDQ_E10
F1
VDDQ_F1
F3
VDDQ_F3
F12
VDDQ_F12
F14
VDDQ_F14
G2
VDDQ_G2
G13
VDDQ_G13
H3
VDDQ_H3
H12
VDDQ_H12
K3
VDDQ_K3
K12
VDDQ_K12
L2
VDDQ_L2
L13
VDDQ_L13
M1
VDDQ_M1
M3
VDDQ_M3
M12
VDDQ_M12
M14
VDDQ_M14
N5
VDDQ_N5
N10
VDDQ_N10
P1
VDDQ_P1
P3
VDDQ_P3
P12
VDDQ_P12
P14
VDDQ_P14
T1
VDDQ_T1
T3
VDDQ_T3
T12
VDDQ_T12
T14
VDDQ_T14
+MVDD
C5
VDD_C5
C10
VDD_C10
D11
VDD_D11
G1
VDD_G1
G4
VDD_G4
G11
VDD_G11
G14
VDD_G14
L1
VDD_L1
L4
VDD_L4
L11
VDD_L11
L14
VDD_L14
P11
3
R5
3
R10
3
3
A1
A3
3
A12
3
A14
3
C1
3
C3
C4
3
C11
3
C12
3
C14
3
E1
E3
E12
E14
F5
F10
H2
H13
K2
K13
M5
M10
N1
N3
N12
N14
R1
R3
R4
R11
R12
R14
V1
V3
V12
V14
B5
B10
D10
G5
G10
H1
H14
K1
K14
L5
L10
P10
T5
T10
VVVV314_10
R11-0121T12-W08
_
VVVV314_10
R11-2371T12-W08
_
VVVV314_10
R11-5491T22-W08
_
VVVV314_10
C11-1057322-T04
_
+MVDD
+MVDD
VVVV314_10
R11-604AT12-W08
3
_
3
R2301 1%
R2300 1%
3
VVVV314_10
3
R11-604AT12-W08
3
_
3
3
3,5
+MVDD
3
VSSQ_A12
VSSQ_A14
VSSQ_C11
VSSQ_C12
VSSQ_C14
VSSQ_E12
VSSQ_E14
VSSQ_F10
VSSQ_H13
VSSQ_K13
VSSQ_M10
VSSQ_N12
VSSQ_N14
VSSQ_R11
VSSQ_R12
VSSQ_R14
VSSQ_V12
VSSQ_V14
VDD_P11
VDD_R5
VDD_R10
VSSQ_A1
VSSQ_A3
VSSQ_C1
VSSQ_C3
VSSQ_C4
VSSQ_E1
VSSQ_E3
VSSQ_F5
VSSQ_H2
VSSQ_K2
VSSQ_M5
VSSQ_N1
VSSQ_N3
VSSQ_R1
VSSQ_R3
VSSQ_R4
VSSQ_V1
VSSQ_V3
VSS_B5
VSS_B10
VSS_D10
VSS_G5
VSS_G10
VSS_H1
VSS_H14
VSS_K1
VSS_K14
VSS_L5
VSS_L10
VSS_P10
VSS_T5
VSS_T10
GDDR5 x32 CH AB
Mon May 12 19:11:54 2014 01
OF
105-C766xx-00A
3
3
DQB1_<0>
3
DQB1_<1>
3
DQB1_<2>
3
DQB1_<3>
3
DQB1_<4>
3
DQB1_<5>
3
DQB1_<6>
3
DQB1_<7>
3
DQB1_<8>
3
DQB1_<9>
3
DQB1_<10>
3
DQB1_<11>
3
DQB1_<12>
3
DQB1_<13>
3
DQB1_<14>
3
DQB1_<15>
3
DQB1_<16>
3
DQB1_<17>
3
DQB1_<18>
3
DQB1_<19>
3
DQB1_<20>
3
DQB1_<21>
3
DQB1_<22>
3
DQB1_<23>
3
DQB1_<24>
3
DQB1_<25>
3
DQB1_<26>
3
DQB1_<27>
3
DQB1_<28>
3
DQB1_<29>
3
DQB1_<30>
3
DQB1_<31>
3
MAB1_<0>
3
MAB1_<1>
3
MAB1_<2>
3
MAB1_<3>
3
MAB1_<4>
3
MAB1_<5>
3
MAB1_<6>
3
MAB1_<7>
3
MAB1_<8>
6.3V
1uF
12
C2127
+MVDD
+MVDD
6.3V
10uF
12
C2130
_
3
3
3
3
3
3
3
3
3
3
3
3
VVVV314_10
R11-604AT12-W08
3
_
3
R2101 1%
R2100 1%
3
VVVV314_10
3
R11-604AT12-W08
3
_
3
3
3,5
+MVDD
3
1uF
1uF
1uF
12
12
12
C2142 6.3V
C2140 6.3V
C2141 6.3V
X
X
X
X
6
DQA1_5
5
M2
DQ31__DQ7
DQA1_6
6
M4
DQ30__DQ6
DQA1_4
4
N2
DQ29__DQ5
DQA1_7
7
N4
DQ28__DQ4
DQA1_3
3
T2
DQ27__DQ3
DQA1_2
2
T4
DQ26__DQ2
DQA1_1
1
V2
DQ25__DQ1
DQA1_0
0
V4
DQ24__DQ0
DQA1_11
11
M13
DQ23__DQ15
DQA1_10
10
M11
DQ22__DQ14
DQA1_8
8
N13
DQ21__DQ13
DQA1_9
9
N11
DQ20__DQ12
DQA1_12
12
T13
DQ19__DQ11
DQA1_14
14
T11
DQ18__DQ10
DQA1_13
13
V13
DQ17__DQ9
DQA1_15
15
V11
DQ16__DQ8
DQA1_24
24
F13
DQ15__DQ23
DQA1_25
25
F11
DQ14__DQ22
DQA1_27
27
E13
DQ13__DQ21
DQA1_26
26
E11
DQ12__DQ20
DQA1_31
31
B13
DQ11__DQ19
DQA1_29
29
B11
DQ10__DQ18
DQA1_30
30
A13
DQ9__DQ17
DQA1_28
28
A11
DQ8__DQ16
DQA1_17
17
F2
DQ7__DQ31
DQA1_16
16
F4
DQ6__DQ30
DQA1_19
19
E2
DQ5__DQ29
DQA1_18
18
E4
DQ4__DQ28
DQA1_20
20
B2
DQ3__DQ27
DQA1_22
22
B4
DQ2__DQ26
DQA1_21
21
A2
DQ1__DQ25
DQA1_23
23
A4
DQ0__DQ24
MAA1_8
8
J5
A13_A12__A13_A12
MAA1_0
0
K4
A7_A8__A0_A10
MAA1_1
1
K5
A6_A11__A1_A9
MAA1_3
3
K10
A5_BA1__A3_BA3
MAA1_2
2
K11
A4_BA2__A2_BA0
MAA1_5
5
H10
A3_BA3__A5_BA1
MAA1_4
4
H11
A2_BA0__A4_BA2
MAA1_6
6
H5
A1_A9__A6_A11
MAA1_7
7
H4
A0_A10__A7_A8
WCKA1_1
D4
IN
IN
IN
IN
OUT
OUT
OUT
OUT
BI
BI
BI
BI
IN
IN
60.4R
12
60.4R
12
IN
IN
IN
IN
IN
R2102 1%
120R
1 2
IN
R2109 1%
2.37K
12
R2110 1%
5.49K
12
C2105 6.3V
1uF
12
IN
+MVDD +MVDD
0.1uF
0.1uF
0.1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
12
C2143 6.3V
C2144 6.3V
C2145 6.3V
C2146 6.3V
C2147 6.3V
C2210 10V
C2211 10V
C2212 10V
X
X
X
X
_
_
_
_
WCK01__WCK23
WCKA1B_1
D5
WCK01#__WCK23#
WCKA1_0
P4
WCK23__WCK01
WCKA1B_0
P5
WCK23#__WCK01#
EDCA1_0
R2
EDC3__EDC0
EDCA1_1
R13
EDC2__EDC1
EDCA1_3
C13
EDC1__EDC2
EDCA1_2
C2
EDC0__EDC3
DDBIA1_0
P2
DBI3#__DBI0#
DDBIA1_1
P13
DBI2#__DBI1#
DDBIA1_3
D13
DBI1#__DBI2#
DDBIA1_2
D2
DBI0#__DBI3#
CASA1B
G3
RAS#__CAS#
RASA1B
L3
CAS#__RAS#
CKEA1
J3
CKE#
CLKA1B
J11
CK#
CLKA1
J12
CK
WEA1B
G12
CS#__WE#
CSA1B_0
L12
WE#__CS#
J13
ZQ
J10
SEN
DRAM_RSTA
J2
RESET#
J1
MF
A5
Vpp_NC
V5
Vpp_NC1
A10
VREFD1
V10
VREFD2
VREFC_A1 VREFC_B0 VREFC_B1
J14
VREFC
ADBIA1
J4
ABI#
VVVV314_10
M12-2032B55-E5A
_
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
1uF
1uF
1uF
1uF
1uF
12
C2213 10V
_
1uF
12
12
12
12
12
12
12
12
12
12
C2214 10V
C2215 10V
C2216 10V
C2217 10V
C2220 6.3V
C2221 6.3V
C2222 6.3V
C2223 6.3V
C2224 6.3V
C2225 6.3V
_
_
_
_
_
_
_
_
_
_
1uF
12
C2226 6.3V
_
H5GC4H24MFR-T2C
1uF
12
C2227 6.3V
_
+MVDD
U2100
B1
VDDQ_B1
B3
VDDQ_B3
B12
VDDQ_B12
B14
VDDQ_B14
D1
VDDQ_D1
D3
VDDQ_D3
D12
VDDQ_D12
D14
VDDQ_D14
E5
VDDQ_E5
E10
VDDQ_E10
F1
VDDQ_F1
F3
VDDQ_F3
F12
VDDQ_F12
F14
VDDQ_F14
G2
VDDQ_G2
G13
VDDQ_G13
H3
VDDQ_H3
H12
VDDQ_H12
K3
VDDQ_K3
K12
VDDQ_K12
L2
VDDQ_L2
L13
VDDQ_L13
M1
VDDQ_M1
M3
VDDQ_M3
M12
VDDQ_M12
M14
VDDQ_M14
N5
VDDQ_N5
N10
VDDQ_N10
P1
VDDQ_P1
P3
VDDQ_P3
P12
VDDQ_P12
P14
VDDQ_P14
T1
VDDQ_T1
T3
VDDQ_T3
T12
VDDQ_T12
T14
VDDQ_T14
+MVDD
C5
VDD_C5
C10
VDD_C10
D11
VDD_D11
G1
VDD_G1
G4
VDD_G4
G11
VDD_G11
G14
VDD_G14
L1
VDD_L1
L4
VDD_L4
L11
VDD_L11
L14
VDD_L14
P11
VDD_P11
VDD_R5
VDD_R10
VSSQ_A1
VSSQ_A3
VSSQ_A12
VSSQ_A14
VSSQ_C1
VSSQ_C3
VSSQ_C4
VSSQ_C11
VSSQ_C12
VSSQ_C14
VSSQ_E1
VSSQ_E3
VSSQ_E12
VSSQ_E14
VSSQ_F5
VSSQ_F10
VSSQ_H2
VSSQ_H13
VSSQ_K2
VSSQ_K13
VSSQ_M5
VSSQ_M10
VSSQ_N1
VSSQ_N3
VSSQ_N12
VSSQ_N14
VSSQ_R1
VSSQ_R3
VSSQ_R4
VSSQ_R11
VSSQ_R12
VSSQ_R14
VSSQ_V1
VSSQ_V3
VSSQ_V12
VSSQ_V14
VSS_B5
VSS_B10
VSS_D10
VSS_G5
VSS_G10
VSS_H1
VSS_H14
VSS_K1
VSS_K14
VSS_L5
VSS_L10
VSS_P10
VSS_T5
VSS_T10
10uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
12
12
C2230 6.3V
C2240 6.3V
C2241 6.3V
C2242 6.3V
C2243 6.3V
C2244 6.3V
C2245 6.3V
C2246 6.3V
C2247 6.3V
X
X
X
X
X
X
X
X
3
R5
3
R10
3
3
A1
A3
3
A12
3
A14
3
C1
3
C3
C4
3
C11
3
C12
3
C14
3
E1
E3
E12
E14
F5
F10
H2
H13
K2
K13
M5
M10
N1
N3
N12
N14
R1
R3
R4
R11
R12
R14
V1
V3
V12
V14
B5
B10
D10
G5
G10
H1
H14
K1
K14
L5
L10
P10
T5
T10
0.1uF
12
C2310 10V
_
VVVV314_10
R11-2371T12-W08
_
VVVV314_10
R11-5491T22-W08
_
VVVV314_10
C11-1057322-T04
_
0.1uF
12
C2311 10V
_
_
VVVV314_10
R11-0121T12-W08
_
0.1uF
0.1uF
12
12
C2312 10V
C2313 10V
_
_
0.1uF
12
C2314 10V
_
+MVDD
0.1uF
0.1uF
12
12
C2315 10V
C2316 10V
_
_
VVVV314_10
R11-604AT12-W08
3
_
3
R2201 1%
R2200 1%
3
VVVV314_10
3
R11-604AT12-W08
3
_
3
3
3,5
+MVDD
3
0.1uF
1uF
1uF
1uF
12
12
12
12
C2317 10V
C2320 6.3V
C2321 6.3V
C2322 6.3V
_
_
_
_
R2202 1%
R2209 1%
R2210 1%
1uF
12
C2323 6.3V
_
IN
IN
IN
IN
OUT
OUT
OUT
OUT
BI
BI
BI
BI
IN
IN
60.4R
12
60.4R
12
IN
IN
IN
IN
IN
120R
12
IN
2.37K
12
5.49K
12
C2205 6.3V
1uF
12
IN
10uF
1uF
1uF
1uF
1uF
12
12
12
12
12
C2324 6.3V
C2325 6.3V
C2326 6.3V
C2327 6.3V
C2330 6.3V
_
_
_
_
DQB0_30
30
M2
DQ31__DQ7
DQB0_25
25
M4
DQ30__DQ6
DQB0_29
29
N2
DQ29__DQ5
DQB0_24
24
N4
DQ28__DQ4
DQB0_28
28
T2
DQ27__DQ3
DQB0_26
26
T4
DQ26__DQ2
DQB0_31
31
V2
DQ25__DQ1
DQB0_27
27
V4
DQ24__DQ0
DQB0_17
17
M13
DQ23__DQ15
DQB0_16
16
M11
DQ22__DQ14
DQB0_18
18
N13
DQ21__DQ13
DQB0_19
19
N11
DQ20__DQ12
DQB0_21
21
T13
DQ19__DQ11
DQB0_23
23
T11
DQ18__DQ10
DQB0_20
20
V13
DQ17__DQ9
DQB0_22
22
V11
DQ16__DQ8
DQB0_5
5
F13
DQ15__DQ23
DQB0_6
6
F11
DQ14__DQ22
DQB0_4
4
E13
DQ13__DQ21
DQB0_7
7
E11
DQ12__DQ20
DQB0_3
3
B13
DQ11__DQ19
DQB0_2
2
B11
DQ10__DQ18
DQB0_1
1
A13
DQ9__DQ17
DQB0_0
0
A11
DQ8__DQ16
DQB0_11
11
F2
DQ7__DQ31
DQB0_10
10
F4
DQ6__DQ30
DQB0_8
8
E2
DQ5__DQ29
DQB0_9
9
E4
DQ4__DQ28
DQB0_12
12
B2
DQ3__DQ27
DQB0_13
13
B4
DQ2__DQ26
DQB0_14
14
A2
DQ1__DQ25
DQB0_15
15
A4
DQ0__DQ24
MAB0_8
8
J5
A13_A12__A13_A12
MAB0_7
7
K4
A7_A8__A0_A10
MAB0_6
6
K5
A6_A11__A1_A9
MAB0_5
5
K10
A5_BA1__A3_BA3
MAB0_4
4
K11
A4_BA2__A2_BA0
MAB0_3
3
H10
A3_BA3__A5_BA1
MAB0_2
2
H11
A2_BA0__A4_BA2
MAB0_1
1
H5
A1_A9__A6_A11
MAB0_0
0
H4
A0_A10__A7_A8
WCKB0_0
D4
WCK01__WCK23
WCKB0B_0
D5
WCK01#__WCK23#
WCKB0_1
P4
WCK23__WCK01
WCKB0B_1
P5
WCK23#__WCK01#
EDCB0_3
R2
EDC3__EDC0
EDCB0_2
R13
EDC2__EDC1
EDCB0_0
C13
EDC1__EDC2
EDCB0_1
C2
EDC0__EDC3
DDBIB0_3
P2
DBI3#__DBI0#
DDBIB0_2
P13
DBI2#__DBI1#
DDBIB0_0
D13
DBI1#__DBI2#
DDBIB0_1
D2
DBI0#__DBI3#
RASB0B
G3
RAS#__CAS#
CASB0B
L3
CAS#__RAS#
CKEB0
J3
CKE#
CLKB0B
J11
CK#
CLKB0
J12
CK
CSB0B_0
G12
CS#__WE#
WEB0B
L12
WE#__CS#
J13
ZQ
J10
SEN
DRAM_RSTA
J2
RESET#
J1
MF
A5
Vpp_NC
V5
Vpp_NC1
A10
VREFD1
V10
VREFD2
J14
VREFC
ADBIB0
J4
ABI#
H5GC4H24MFR-T2C
VVVV314_10
M12-2032B55-E5A
_
1uF
1uF
1uF
12
12
12
C2345 6.3V
C2346 6.3V
C2347 6.3V
X
X
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
DATE:
SHEET NUMBER:
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
C2341 6.3V
C2342 6.3V
C2343 6.3V
C2344 6.3V
C2340 6.3V
X
X
X
X
X
X
7
+MVDD
DQA0_14
14
DQA0_15
15
DQA0_13
13
DQA0_12
12
DQA0_10
10
DQA0_9
9
DQA0_11
11
DQA0_8
8
DQA0_7
7
DQA0_6
6
DQA0_4
4
DQA0_5
5
DQA0_0
0
DQA0_2
2
DQA0_1
1
DQA0_3
3
DQA0_21
21
DQA0_22
22
DQA0_20
20
DQA0_23
23
DQA0_19
19
DQA0_18
18
DQA0_16
16
DQA0_17
17
DQA0_26
26
DQA0_25
25
DQA0_24
24
DQA0_27
27
DQA0_28
28
DQA0_30
30
DQA0_29
29
DQA0_31
31
MAA0_8
8
MAA0_7
7
MAA0_6
6
MAA0_5
5
MAA0_4
4
MAA0_3
3
MAA0_2
2
MAA0_1
1
MAA0_0
0
WCKA0_1
IN
WCKA0B_1
IN
WCKA0_0
IN
WCKA0B_0
IN
EDCA0_1
OUT
EDCA0_0
OUT
EDCA0_2
OUT
EDCA0_3
OUT
DDBIA0_1
BI
DDBIA0_0
BI
DDBIA0_2
BI
DDBIA0_3
BI
RASA0B
IN
CASA0B
IN
CKEA0
IN
CLKA0B
IN
CLKA0
IN
CSA0B_0
IN
WEA0B
IN
ZQ_A0 ZQ_A1 ZQ_B0 ZQ_B1
DRAM_RSTA
IN
2.37K
5.49K
VREFC_A0
ADBIA0
IN
6.3V
6.3V
6.3V
6.3V
6.3V
6.3V
10uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
12
C2025
C2026
C2027 6.3V
C2030
C2040 6.3V
C2022
C2023
C2024
_
_
_
_
X
X
_
_
U2000
M2
DQ31__DQ7
M4
DQ30__DQ6
N2
DQ29__DQ5
N4
DQ28__DQ4
T2
DQ27__DQ3
T4
DQ26__DQ2
V2
DQ25__DQ1
V4
DQ24__DQ0
M13
DQ23__DQ15
M11
DQ22__DQ14
N13
DQ21__DQ13
N11
DQ20__DQ12
T13
DQ19__DQ11
T11
DQ18__DQ10
V13
DQ17__DQ9
V11
DQ16__DQ8
F13
DQ15__DQ23
F11
DQ14__DQ22
E13
DQ13__DQ21
E11
DQ12__DQ20
B13
DQ11__DQ19
B11
DQ10__DQ18
A13
DQ9__DQ17
A11
DQ8__DQ16
F2
DQ7__DQ31
F4
DQ6__DQ30
E2
DQ5__DQ29
E4
DQ4__DQ28
B2
DQ3__DQ27
B4
DQ2__DQ26
A2
DQ1__DQ25
A4
DQ0__DQ24
J5
A13_A12__A13_A12
K4
A7_A8__A0_A10
K5
A6_A11__A1_A9
K10
A5_BA1__A3_BA3
K11
A4_BA2__A2_BA0
H10
A3_BA3__A5_BA1
H11
A2_BA0__A4_BA2
H5
A1_A9__A6_A11
H4
A0_A10__A7_A8
D4
WCK01__WCK23
D5
WCK01#__WCK23#
P4
WCK23__WCK01
P5
WCK23#__WCK01#
R2
EDC3__EDC0
R13
EDC2__EDC1
C13
EDC1__EDC2
C2
EDC0__EDC3
P2
DBI3#__DBI0#
P13
DBI2#__DBI1#
D13
DBI1#__DBI2#
D2
DBI0#__DBI3#
G3
RAS#__CAS#
L3
CAS#__RAS#
J3
CKE#
J11
CK#
J12
CK
G12
CS#__WE#
L12
WE#__CS#
J13
ZQ
J10
SEN
J2
RESET#
J1
MF
A5
Vpp_NC
V5
Vpp_NC1
A10
VREFD1
V10
VREFD2
J14
VREFC
J4
ABI#
VVVV314_10
M12-2032B55-E5A
_
6.3V
6.3V
6.3V
1uF
1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
C2041 6.3V
C2042
C2043
C2044 6.3V
C2045
C2046 6.3V
C2047 6.3V
DNI DNIDNIDNI
X
X
X
X
X
X
H5GC4H24MFR-T2C
+MVDD
0.1uF
0.1uF
12
12
C2110 10V
C2111 10V
_
_
_
B1
VDDQ_B1
B3
VDDQ_B3
B12
VDDQ_B12
B14
VDDQ_B14
D1
VDDQ_D1
D3
VDDQ_D3
D12
VDDQ_D12
D14
VDDQ_D14
E5
VDDQ_E5
E10
VDDQ_E10
F1
VDDQ_F1
F3
VDDQ_F3
F12
VDDQ_F12
F14
VDDQ_F14
G2
VDDQ_G2
G13
VDDQ_G13
H3
VDDQ_H3
H12
VDDQ_H12
K3
VDDQ_K3
K12
VDDQ_K12
L2
VDDQ_L2
L13
VDDQ_L13
M1
VDDQ_M1
M3
VDDQ_M3
M12
VDDQ_M12
M14
VDDQ_M14
N5
VDDQ_N5
N10
VDDQ_N10
P1
VDDQ_P1
P3
VDDQ_P3
P12
VDDQ_P12
P14
VDDQ_P14
T1
VDDQ_T1
T3
VDDQ_T3
T12
VDDQ_T12
T14
VDDQ_T14
+MVDD
C5
VDD_C5
C10
VDD_C10
D11
VDD_D11
G1
VDD_G1
G4
VDD_G4
G11
VDD_G11
G14
VDD_G14
L1
VDD_L1
L4
VDD_L4
L11
VDD_L11
L14
VDD_L14
P11
VDD_P11
R5
VDD_R5
R10
VDD_R10
A1
VSSQ_A1
A3
VSSQ_A3
A12
VSSQ_A12
A14
VSSQ_A14
C1
VSSQ_C1
C3
VSSQ_C3
C4
VSSQ_C4
C11
VSSQ_C11
C12
VSSQ_C12
C14
VSSQ_C14
E1
VSSQ_E1
E3
VSSQ_E3
E12
VSSQ_E12
E14
VSSQ_E14
F5
VSSQ_F5
F10
VSSQ_F10
H2
VSSQ_H2
H13
VSSQ_H13
K2
VSSQ_K2
K13
VSSQ_K13
M5
VSSQ_M5
M10
VSSQ_M10
N1
VSSQ_N1
N3
VSSQ_N3
N12
VSSQ_N12
N14
VSSQ_N14
R1
VSSQ_R1
R3
VSSQ_R3
R4
VSSQ_R4
R11
VSSQ_R11
R12
VSSQ_R12
R14
VSSQ_R14
V1
VSSQ_V1
V3
VSSQ_V3
V12
VSSQ_V12
V14
VSSQ_V14
B5
VSS_B5
B10
VSS_B10
D10
VSS_D10
G5
VSS_G5
G10
VSS_G10
H1
VSS_H1
H14
VSS_H14
K1
VSS_K1
K14
VSS_K14
L5
VSS_L5
L10
VSS_L10
P10
VSS_P10
T5
VSS_T5
T10
VSS_T10
10V
10V
10V
10V
0.1uF
12
C2112
6.3V
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
12
12
12
C2113
C2114
C2115
C2116 10V
C2117 10V
C2120 6.3V
C2121 6.3V
C2122 6.3V
C2123 6.3V
C2124
_
_
_
_
_
_
_
_
_
_
VVVV314_10
R11-0121T12-W08
_
VVVV314_10
R11-2371T12-W08
_
VVVV314_10
R11-5491T22-W08
_
VVVV314_10
C11-1057322-T04
_
6.3V
6.3V
1uF
1uF
12
12
C2125
C2126
_
_
DOCUMENT NUMBER:
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
VVVV314_10
C11-1067014-T04
DQA0_0
DQA0_1
DQA0_2
DQA0_3
DQA0_4
DQA0_5
DQA0_6
DQA0_7
DQA0_8
DQA0_9
DQA0_10
DQA0_11
DQA0_12
DQA0_13
DQA0_14
DQA0_15
DQA0_16
DQA0_17
DQA0_18
DQA0_19
DQA0_20
DQA0_21
DQA0_22
DQA0_23
DQA0_24
DQA0_25
DQA0_26
DQA0_27
DQA0_28
DQA0_29
DQA0_30
DQA0_31
MAA0_0
MAA0_1
MAA0_2
MAA0_3
MAA0_4
MAA0_5
MAA0_6
MAA0_7
MAA0_8
XXXV314_10
XXXV314_10
<New PN>
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
7
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
DQA1_0
DQA1_1
DQA1_2
DQA1_3
DQA1_4
DQA1_5
DQA1_6
DQA1_7
DQA1_8
DQA1_9
DQA1_10
DQA1_11
DQA1_12
DQA1_13
DQA1_14
DQA1_15
DQA1_16
DQA1_17
DQA1_18
DQA1_19
DQA1_20
DQA1_21
DQA1_22
DQA1_23
DQA1_24
DQA1_25
DQA1_26
DQA1_27
DQA1_28
DQA1_29
DQA1_30
DQA1_31
MAA1_0
MAA1_1
MAA1_2
MAA1_3
MAA1_4
MAA1_5
MAA1_6
MAA1_7
MAA1_8
VVVV314_10
VVVV314_10
_
C11-1042042-Y01
C11-1057322-T04
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
DQA1_<0>
DQA1_<1>
DQA1_<2>
DQA1_<3>
DQA1_<4>
DQA1_<5>
DQA1_<6>
DQA1_<7>
DQA1_<8>
DQA1_<9>
DQA1_<10>
DQA1_<11>
DQA1_<12>
DQA1_<13>
DQA1_<14>
DQA1_<15>
DQA1_<16>
DQA1_<17>
DQA1_<18>
DQA1_<19>
DQA1_<20>
DQA1_<21>
DQA1_<22>
DQA1_<23>
DQA1_<24>
DQA1_<25>
DQA1_<26>
DQA1_<27>
DQA1_<28>
DQA1_<29>
DQA1_<30>
DQA1_<31>
MAA1_<0>
MAA1_<1>
MAA1_<2>
MAA1_<3>
MAA1_<4>
MAA1_<5>
MAA1_<6>
MAA1_<7>
MAA1_<8>
VVVV314_10
XXXV314_10
XXXV314_10
C11-1067014-T04
<New PN>
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
1
2
3
4
5
6
7
8
XXXV314_10
XXXV314_10
<New PN>
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
6
DQA1_<0>
DQA1_<1>
DQA1_<2>
DQA1_<3>
DQA1_<4>
DQA1_<5>
DQA1_<6>
DQA1_<7>
DQA1_<8>
DQA1_<9>
DQA1_<10>
DQA1_<11>
DQA1_<12>
DQA1_<13>
DQA1_<14>
DQA1_<15>
DQA1_<16>
DQA1_<17>
DQA1_<18>
DQA1_<19>
DQA1_<20>
DQA1_<21>
DQA1_<22>
DQA1_<23>
DQA1_<24>
DQA1_<25>
DQA1_<26>
DQA1_<27>
DQA1_<28>
DQA1_<29>
DQA1_<30>
DQA1_<31>
MAA1_<0>
MAA1_<1>
MAA1_<2>
MAA1_<3>
MAA1_<4>
MAA1_<5>
MAA1_<6>
MAA1_<7>
MAA1_<8>
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
3
DQB0_<0>
3
DQB0_<1>
3
DQB0_<2>
3
DQB0_<3>
3
DQB0_<4>
3
DQB0_<5>
3
DQB0_<6>
3
DQB0_<7>
3
DQB0_<8>
3
DQB0_<9>
3
DQB0_<10>
3
DQB0_<11>
3
DQB0_<12>
3
DQB0_<13>
3
DQB0_<14>
3
DQB0_<15>
3
DQB0_<16>
3
DQB0_<17>
3
DQB0_<18>
3
DQB0_<19>
3
DQB0_<20>
3
DQB0_<21>
3
DQB0_<22>
3
DQB0_<23>
3
DQB0_<24>
3
DQB0_<25>
3
DQB0_<26>
3
DQB0_<27>
3
DQB0_<28>
3
DQB0_<29>
3
DQB0_<30>
3
DQB0_<31>
3
MAB0_<0>
3
MAB0_<1>
3
MAB0_<2>
3
MAB0_<3>
3
MAB0_<4>
3
MAB0_<5>
3
MAB0_<6>
3
MAB0_<7>
3
MAB0_<8>
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1067014-T04
XXXV314_10
XXXV314_10
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
XXXV314_10
XXXV314_10
<New PN>
<New PN>
DQB0_<0>
DQB0_<1>
DQB0_<2>
DQB0_<3>
DQB0_<4>
DQB0_<5>
DQB0_<6>
DQB0_<7>
DQB0_<8>
DQB0_<9>
DQB0_<10>
DQB0_<11>
DQB0_<12>
DQB0_<13>
DQB0_<14>
DQB0_<15>
DQB0_<16>
DQB0_<17>
DQB0_<18>
DQB0_<19>
DQB0_<20>
DQB0_<21>
DQB0_<22>
DQB0_<23>
DQB0_<24>
DQB0_<25>
DQB0_<26>
DQB0_<27>
DQB0_<28>
DQB0_<29>
DQB0_<30>
DQB0_<31>
MAB0_<0>
MAB0_<1>
MAB0_<2>
MAB0_<3>
MAB0_<4>
MAB0_<5>
MAB0_<6>
MAB0_<7>
MAB0_<8>
5
XXXV314_10
XXXV314_10
<New PN>
<New PN>
<New PN>
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
DQB0_0
DQB0_1
DQB0_2
DQB0_3
DQB0_4
DQB0_5
DQB0_6
DQB0_7
DQB0_8
DQB0_9
DQB0_10
DQB0_11
DQB0_12
DQB0_13
DQB0_14
DQB0_15
DQB0_16
DQB0_17
DQB0_18
DQB0_19
DQB0_20
DQB0_21
DQB0_22
DQB0_23
DQB0_24
DQB0_25
DQB0_26
DQB0_27
DQB0_28
DQB0_29
DQB0_30
DQB0_31
MAB0_0
MAB0_1
MAB0_2
MAB0_3
MAB0_4
MAB0_5
MAB0_6
MAB0_7
MAB0_8
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
VVVV314_10
C11-1057322-T04
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
VVVV314_10
XXXV314_10
C11-1067014-T04
<New PN>
DQB1_0
DQB1_1
DQB1_2
DQB1_3
DQB1_4
DQB1_5
DQB1_6
DQB1_7
DQB1_8
DQB1_9
DQB1_10
DQB1_11
DQB1_12
DQB1_13
DQB1_14
DQB1_15
DQB1_16
DQB1_17
DQB1_18
DQB1_19
DQB1_20
DQB1_21
DQB1_22
DQB1_23
DQB1_24
DQB1_25
DQB1_26
DQB1_27
DQB1_28
DQB1_29
DQB1_30
DQB1_31
MAB1_0
MAB1_1
MAB1_2
MAB1_3
MAB1_4
MAB1_5
MAB1_6
MAB1_7
MAB1_8
XXXV314_10
XXXV314_10
<New PN>
<New PN>
4
XXXV314_10
XXXV314_10
<New PN>
<New PN>
XXXV314_10
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
0
DQB1_<0>
1
1
DQB1_<1>
2
2
DQB1_<2>
3
3
DQB1_<3>
4
4
DQB1_<4>
5
5
DQB1_<5>
6
6
DQB1_<6>
7
7
DQB1_<7>
8
8
DQB1_<8>
9
9
DQB1_<9>
10
DQB1_<10>
11
DQB1_<11>
12
DQB1_<12>
13
DQB1_<13>
14
DQB1_<14>
15
DQB1_<15>
16
DQB1_<16>
17
DQB1_<17>
18
DQB1_<18>
19
DQB1_<19>
20
DQB1_<20>
21
DQB1_<21>
22
DQB1_<22>
23
DQB1_<23>
24
DQB1_<24>
25
DQB1_<25>
26
DQB1_<26>
27
DQB1_<27>
28
DQB1_<28>
29
DQB1_<29>
30
DQB1_<30>
31
DQB1_<31>
0
MAB1_<0>
1
1
MAB1_<1>
2
2
MAB1_<2>
3
3
MAB1_<3>
4
4
MAB1_<4>
5
5
MAB1_<5>
6
6
MAB1_<6>
7
7
MAB1_<7>
8
8
MAB1_<8>
IN
IN
IN
IN
OUT
OUT
OUT
OUT
BI
BI
BI
BI
IN
IN
60.4R
12
60.4R
12
IN
IN
IN
IN
IN
R2302 1%
120R
1 2
IN
R2309 1%
12
R2310 1%
12
C2305 6.3V
1uF
12
IN
REV:
2
DQB1_5
DQB1_6
DQB1_4
DQB1_7
DQB1_3
DQB1_2
DQB1_1
DQB1_0
DQB1_11
DQB1_10
DQB1_8
DQB1_9
DQB1_12
DQB1_13
DQB1_14
DQB1_15
DQB1_25
DQB1_24
DQB1_27
DQB1_26
DQB1_29
DQB1_30
DQB1_28
DQB1_31
DQB1_17
DQB1_16
DQB1_18
DQB1_19
DQB1_20
DQB1_22
DQB1_21
DQB1_23
MAB1_8
MAB1_0
MAB1_1
MAB1_3
MAB1_2
MAB1_5
MAB1_4
MAB1_6
MAB1_7
WCKB1_1
WCKB1B_1
WCKB1_0
WCKB1B_0
EDCB1_0
EDCB1_1
EDCB1_3
EDCB1_2
DDBIB1_0
DDBIB1_1
DDBIB1_3
DDBIB1_2
CASB1B
RASB1B
CKEB1
CLKB1B
CLKB1
WEB1B
CSB1B_0
DRAM_RSTA
2.37K
5.49K
ADBIB1
TITLE:525
U2300
M2
M4
N2
N4
T2
T4
V2
V4
M13
M11
N13
N11
T13
T11
V13
V11
F13
F11
E13
E11
B13
B11
A13
A11
F2
F4
E2
E4
B2
B4
A2
A4
J5
K4
K5
K10
K11
H10
H11
H5
H4
D4
D5
P4
P5
R2
R13
C13
C2
P2
P13
D13
D2
G3
L3
J3
J11
J12
G12
L12
J13
J10
J2
J1
A5
V5
A10
V10
J14
J4
MSI
MSI
MSI
DQ31__DQ7
DQ30__DQ6
DQ29__DQ5
DQ28__DQ4
DQ27__DQ3
DQ26__DQ2
DQ25__DQ1
DQ24__DQ0
DQ23__DQ15
DQ22__DQ14
DQ21__DQ13
DQ20__DQ12
DQ19__DQ11
DQ18__DQ10
DQ17__DQ9
DQ16__DQ8
DQ15__DQ23
DQ14__DQ22
DQ13__DQ21
DQ12__DQ20
DQ11__DQ19
DQ10__DQ18
DQ9__DQ17
DQ8__DQ16
DQ7__DQ31
DQ6__DQ30
DQ5__DQ29
DQ4__DQ28
DQ3__DQ27
DQ2__DQ26
DQ1__DQ25
DQ0__DQ24
A13_A12__A13_A12
A7_A8__A0_A10
A6_A11__A1_A9
A5_BA1__A3_BA3
A4_BA2__A2_BA0
A3_BA3__A5_BA1
A2_BA0__A4_BA2
A1_A9__A6_A11
A0_A10__A7_A8
WCK01__WCK23
WCK01#__WCK23#
WCK23__WCK01
WCK23#__WCK01#
EDC3__EDC0
EDC2__EDC1
EDC1__EDC2
EDC0__EDC3
DBI3#__DBI0#
DBI2#__DBI1#
DBI1#__DBI2#
DBI0#__DBI3#
RAS#__CAS#
CAS#__RAS#
CKE#
CK#
CK
CS#__WE#
WE#__CS#
ZQ
SEN
RESET#
MF
Vpp_NC
Vpp_NC1
VREFD1
VREFD2
VREFC
ABI#
VVVV314_10
M12-2032B55-E5A
_
VDDQ_B1
VDDQ_B3
VDDQ_B12
VDDQ_B14
VDDQ_D1
VDDQ_D3
VDDQ_D12
VDDQ_D14
VDDQ_E5
VDDQ_E10
VDDQ_F1
VDDQ_F3
VDDQ_F12
VDDQ_F14
VDDQ_G2
VDDQ_G13
VDDQ_H3
VDDQ_H12
VDDQ_K3
VDDQ_K12
VDDQ_L2
VDDQ_L13
VDDQ_M1
VDDQ_M3
VDDQ_M12
VDDQ_M14
VDDQ_N5
VDDQ_N10
VDDQ_P1
VDDQ_P3
VDDQ_P12
VDDQ_P14
VDDQ_T1
VDDQ_T3
VDDQ_T12
VDDQ_T14
VDD_C10
VDD_D11
VDD_G1
VDD_G4
VDD_G11
VDD_G14
VDD_L11
VDD_L14
VDD_P11
VDD_R10
VSSQ_A1
VSSQ_A3
VSSQ_A12
VSSQ_A14
VSSQ_C1
VSSQ_C3
VSSQ_C4
VSSQ_C11
VSSQ_C12
VSSQ_C14
VSSQ_E1
VSSQ_E3
VSSQ_E12
VSSQ_E14
VSSQ_F5
VSSQ_F10
VSSQ_H2
VSSQ_H13
VSSQ_K2
VSSQ_K13
VSSQ_M5
VSSQ_M10
VSSQ_N1
VSSQ_N3
VSSQ_N12
VSSQ_N14
VSSQ_R1
VSSQ_R3
VSSQ_R4
VSSQ_R11
VSSQ_R12
VSSQ_R14
VSSQ_V1
VSSQ_V3
VSSQ_V12
VSSQ_V14
VSS_B10
VSS_D10
VSS_G5
VSS_G10
VSS_H14
VSS_K14
VSS_L10
VSS_P10
VSS_T10
H5GC4H24MFR-T2C
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Date:
Date:
Date:
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tonga-256 G5 x32
1
+MVDD
B1
B3
B12
B14
D1
D3
D12
D14
E5
E10
F1
F3
F12
F14
G2
G13
H3
H12
K3
K12
L2
L13
M1
M3
M12
M14
N5
N10
P1
P3
P12
P14
T1
T3
T12
T14
+MVDD
C5
VDD_C5
C10
D11
G1
G4
G11
G14
L1
VDD_L1
L4
VDD_L4
L11
L14
P11
R5
VDD_R5
R10
A1
A3
A12
A14
C1
C3
C4
C11
C12
C14
E1
E3
E12
E14
F5
F10
H2
H13
K2
K13
M5
M10
N1
N3
N12
N14
R1
R3
R4
R11
R12
R14
V1
V3
V12
V14
B5
VSS_B5
B10
D10
G5
G10
H1
VSS_H1
H14
K1
VSS_K1
K14
L5
VSS_L5
L10
P10
T5
VSS_T5
T10
DD
C
BB
A
1.0
1.0
1.0
528
528
528
Sheet of
Sheet of
Sheet of
12
(6) GDDR5 MEM CH CD
C
A
VVVV314_10
R11-604AT12-W08
_
VVVV314_10
R11-604AT12-W08
_
VVVV314_10
R11-2371T12-W08
_
VVVV314_10
R11-5491T22-W08
_
VVVV314_10
C11-1057322-T04
_
+MVDD
VVVV314_10
R11-0121T12-W08
_
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4,6
4
+MVDD
10V
0.1uF
12
C2410
_
_
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
8
R2401 1%
R2400 1%
+MVDD
10V
10V
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
12
12
12
12
12
C2415 10V
C2411
C2412
C2413 10V
C2414 10V
_
_
_
_
_
8
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
345
+MVDD
U2600
B1
VDDQ_B1
B3
VDDQ_B3
B12
VDDQ_B12
B14
VDDQ_B14
D1
VDDQ_D1
D3
VDDQ_D3
D12
VDDQ_D12
D14
VDDQ_D14
E5
VDDQ_E5
E10
VDDQ_E10
F1
VDDQ_F1
F3
VDDQ_F3
F12
VDDQ_F12
F14
VDDQ_F14
G2
VDDQ_G2
G13
VDDQ_G13
H3
VDDQ_H3
H12
VDDQ_H12
K3
VDDQ_K3
K12
VDDQ_K12
L2
VDDQ_L2
L13
VDDQ_L13
M1
VDDQ_M1
M3
VDDQ_M3
M12
VDDQ_M12
M14
VDDQ_M14
N5
VDDQ_N5
N10
VDDQ_N10
P1
VDDQ_P1
P3
VDDQ_P3
P12
VDDQ_P12
P14
VDDQ_P14
T1
VDDQ_T1
T3
VDDQ_T3
T12
VDDQ_T12
T14
VDDQ_T14
+MVDD
C5
VDD_C5
C10
VDD_C10
D11
VDD_D11
G1
VDD_G1
G4
VDD_G4
G11
VDD_G11
G14
VDD_G14
L1
VDD_L1
L4
VDD_L4
L11
VDD_L11
L14
VDD_L14
P11
VDD_P11
R5
VDD_R5
R10
VDD_R10
A1
VSSQ_A1
A3
VSSQ_A3
A12
VSSQ_A12
A14
VSSQ_A14
C1
VSSQ_C1
C3
VSSQ_C3
C4
VSSQ_C4
C11
VSSQ_C11
C12
VSSQ_C12
C14
VSSQ_C14
E1
VSSQ_E1
E3
VSSQ_E3
E12
VSSQ_E12
E14
VSSQ_E14
F5
VSSQ_F5
F10
VSSQ_F10
H2
VSSQ_H2
H13
VSSQ_H13
K2
VSSQ_K2
K13
VSSQ_K13
M5
VSSQ_M5
M10
VSSQ_M10
N1
VSSQ_N1
N3
VSSQ_N3
N12
VSSQ_N12
N14
VSSQ_N14
R1
VSSQ_R1
R3
VSSQ_R3
R4
VSSQ_R4
R11
VSSQ_R11
R12
VSSQ_R12
R14
VSSQ_R14
V1
VSSQ_V1
V3
VSSQ_V3
V12
VSSQ_V12
V14
VSSQ_V14
B5
VSS_B5
B10
VSS_B10
D10
VSS_D10
G5
VSS_G5
G10
VSS_G10
H1
VSS_H1
H14
VSS_H14
K1
VSS_K1
K14
VSS_K14
L5
VSS_L5
L10
VSS_L10
P10
VSS_P10
T5
VSS_T5
T10
VSS_T10
GDDR5 x32 CH CD
Mon May 12 19:11:55 2014 01
105-C766xx-00A
3
DQD0_0
0
DQD0_<0>
DQD0_1
1
DQD0_<1>
DQD0_2
2
DQD0_<2>
DQD0_3
3
DQD0_<3>
DQD0_4
4
DQD0_<4>
DQD0_5
5
DQD0_<5>
DQD0_6
6
DQD0_<6>
DQD0_7
7
DQD0_<7>
DQD0_8
8
DQD0_<8>
DQD0_9
9
DQD0_<9>
DQD0_10
10
DQD0_<10>
DQD0_11
11
DQD0_<11>
DQD0_12
12
DQD0_<12>
DQD0_13
13
DQD0_<13>
DQD0_14
14
DQD0_<14>
DQD0_15
15
DQD0_<15>
DQD0_16
16
DQD0_<16>
DQD0_17
17
DQD0_<17>
DQD0_18
18
DQD0_<18>
DQD0_19
19
DQD0_<19>
DQD0_20
20
DQD0_<20>
DQD0_21
21
DQD0_<21>
DQD0_22
22
DQD0_<22>
DQD0_23
23
DQD0_<23>
DQD0_24
24
DQD0_<24>
DQD0_25
25
DQD0_<25>
DQD0_26
26
DQD0_<26>
DQD0_27
27
DQD0_<27>
DQD0_28
28
DQD0_<28>
DQD0_29
29
DQD0_<29>
DQD0_30
30
DQD0_<30>
DQD0_31
31
DQD0_<31>
MAD0_0
0
MAD0_<0>
MAD0_1
1
MAD0_<1>
MAD0_2
2
MAD0_<2>
MAD0_3
3
MAD0_<3>
MAD0_4
4
MAD0_<4>
MAD0_5
5
MAD0_<5>
MAD0_6
6
MAD0_<6>
MAD0_7
7
MAD0_<7>
MAD0_8
8
MAD0_<8>
+MVDD
6.3V
1uF
12
C2527
_
VVVV314_10
C11-1067014-T04
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4,6
+MVDD
_
_
_
4
6.3V
10uF
12
C2530
X
XXXV314_10
<New PN>
6
+MVDD
6.3V
6.3V
6.3V
1uF
1uF
1uF
12
12
C2620
C2621
C2622
_
_
_
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
M2
DQ31__DQ7
M4
DQ30__DQ6
N2
DQ29__DQ5
N4
DQ28__DQ4
T2
DQ27__DQ3
T4
DQ26__DQ2
V2
DQ25__DQ1
V4
DQ24__DQ0
M13
DQ23__DQ15
M11
DQ22__DQ14
N13
DQ21__DQ13
N11
DQ20__DQ12
T13
DQ19__DQ11
T11
DQ18__DQ10
V13
DQ17__DQ9
V11
DQ16__DQ8
F13
DQ15__DQ23
F11
DQ14__DQ22
E13
DQ13__DQ21
E11
DQ12__DQ20
B13
DQ11__DQ19
B11
DQ10__DQ18
A13
DQ9__DQ17
A11
DQ8__DQ16
F2
DQ7__DQ31
F4
DQ6__DQ30
E2
DQ5__DQ29
E4
DQ4__DQ28
B2
DQ3__DQ27
B4
DQ2__DQ26
A2
DQ1__DQ25
A4
DQ0__DQ24
J5
A13_A12__A13_A12
K4
A7_A8__A0_A10
K5
A6_A11__A1_A9
K10
A5_BA1__A3_BA3
K11
A4_BA2__A2_BA0
H10
A3_BA3__A5_BA1
H11
A2_BA0__A4_BA2
H5
A1_A9__A6_A11
H4
A0_A10__A7_A8
D4
WCK01__WCK23
D5
WCK01#__WCK23#
P4
WCK23__WCK01
P5
WCK23#__WCK01#
R2
EDC3__EDC0
R13
EDC2__EDC1
C13
EDC1__EDC2
C2
EDC0__EDC3
P2
DBI3#__DBI0#
P13
DBI2#__DBI1#
D13
DBI1#__DBI2#
D2
DBI0#__DBI3#
G3
RAS#__CAS#
L3
CAS#__RAS#
J3
CKE#
J11
CK#
J12
CK
G12
CS#__WE#
L12
WE#__CS#
J13
ZQ
J10
SEN
J2
RESET#
J1
MF
A5
Vpp_NC
V5
Vpp_NC1
A10
VREFD1
V10
VREFD2
J14
VREFC
J4
ABI#
_
VVVV314_10
M12-2032B55-E5A
6.3V
6.3V
1uF
1uF
12
12
12
C2623
C2624
_
_
_
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
6.3V
6.3V
6.3V
1uF
1uF
1uF
12
12
12
C2625
C2626
C2627
_
_
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
1
2
3
4
5
6
7
8
U2500
H5GC4H24MFR-T2C
6.3V
10uF
12
C2630
_
X
VVVV314_10
XXXV314_10
C11-1067014-T04
<New PN>
1uF
1uF
12
12
C2640 6.3V
C2641 6.3V
X
X
XXXV314_10
XXXV314_10
<New PN>
<New PN>
DQC1_<0>
DQC1_<1>
DQC1_<2>
DQC1_<3>
DQC1_<4>
DQC1_<5>
DQC1_<6>
DQC1_<7>
DQC1_<8>
DQC1_<9>
DQC1_<10>
DQC1_<11>
DQC1_<12>
DQC1_<13>
DQC1_<14>
DQC1_<15>
DQC1_<16>
DQC1_<17>
DQC1_<18>
DQC1_<19>
DQC1_<20>
DQC1_<21>
DQC1_<22>
DQC1_<23>
DQC1_<24>
DQC1_<25>
DQC1_<26>
DQC1_<27>
DQC1_<28>
DQC1_<29>
DQC1_<30>
DQC1_<31>
MAC1_<0>
MAC1_<1>
MAC1_<2>
MAC1_<3>
MAC1_<4>
MAC1_<5>
MAC1_<6>
MAC1_<7>
MAC1_<8>
1uF
12
C2642 6.3V
X
XXXV314_10
<New PN>
1uF
12
C2643 6.3V
X
XXXV314_10
<New PN>
VDDQ_B1
VDDQ_B3
VDDQ_B12
VDDQ_B14
VDDQ_D1
VDDQ_D3
VDDQ_D12
VDDQ_D14
VDDQ_E5
VDDQ_E10
VDDQ_F1
VDDQ_F3
VDDQ_F12
VDDQ_F14
VDDQ_G2
VDDQ_G13
VDDQ_H3
VDDQ_H12
VDDQ_K3
VDDQ_K12
VDDQ_L2
VDDQ_L13
VDDQ_M1
VDDQ_M3
VDDQ_M12
VDDQ_M14
VDDQ_N5
VDDQ_N10
VDDQ_P1
VDDQ_P3
VDDQ_P12
VDDQ_P14
VDDQ_T1
VDDQ_T3
VDDQ_T12
VDDQ_T14
VDD_C5
VDD_C10
VDD_D11
VDD_G1
VDD_G4
VDD_G11
VDD_G14
VDD_L11
VDD_L14
VDD_P11
VDD_R5
VDD_R10
VSSQ_A1
VSSQ_A3
VSSQ_A12
VSSQ_A14
VSSQ_C1
VSSQ_C3
VSSQ_C4
VSSQ_C11
VSSQ_C12
VSSQ_C14
VSSQ_E1
VSSQ_E3
VSSQ_E12
VSSQ_E14
VSSQ_F5
VSSQ_F10
VSSQ_H2
VSSQ_H13
VSSQ_K2
VSSQ_K13
VSSQ_M5
VSSQ_M10
VSSQ_N1
VSSQ_N3
VSSQ_N12
VSSQ_N14
VSSQ_R1
VSSQ_R3
VSSQ_R4
VSSQ_R11
VSSQ_R12
VSSQ_R14
VSSQ_V1
VSSQ_V3
VSSQ_V12
VSSQ_V14
VSS_B5
VSS_B10
VSS_D10
VSS_G5
VSS_G10
VSS_H1
VSS_H14
VSS_K1
VSS_K14
VSS_L10
VSS_P10
VSS_T5
VSS_T10
1uF
12
C2644 6.3V
X
5
XXXV314_10
<New PN>
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
VDD_L1
VDD_L4
VSS_L5
1uF
1uF
12
12
C2645 6.3V
C2646 6.3V
X
X
XXXV314_10
XXXV314_10
<New PN>
<New PN>
DQD0_13
VVVV314_10
R11-604AT12-W08
_
60.4R
12
60.4R
12
VVVV314_10
R11-604AT12-W08
_
R2602 1%
R2609 1%
R2610 1%
C2605 6.3V
6.3V
6.3V
6.3V
6.3V
1uF
1uF
1uF
1uF
12
12
12
12
C2722
C2723
C2724
C2721
_
_
_
_
VVVV314_10
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
6.3V
6.3V
6.3V
1uF
1uF
1uF
12
12
12
C2725
C2726
C2727
_
_
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
IN
IN
IN
IN
OUT
OUT
OUT
OUT
BI
BI
BI
BI
IN
IN
IN
IN
IN
IN
IN
120R
12
IN
2.37K
12
5.49K
12
1uF
12
IN
6.3V
10uF
12
C2730
_
X
VVVV314_10
XXXV314_10
C11-1067014-T04
<New PN>
1uF
12
C2740 6.3V
X
XXXV314_10
<New PN>
13
15
12
14
11
9
10
8
7
6
4
5
0
2
1
3
20
21
23
22
19
17
18
16
26
25
27
24
28
29
30
31
8
7
6
5
4
3
2
1
0
1uF
12
C2741 6.3V
X
4
XXXV314_10
<New PN>
1uF
12
C2742 6.3V
X
XXXV314_10
<New PN>
1uF
12
C2743 6.3V
DQD0_15
DQD0_12
DQD0_14
DQD0_11
DQD0_9
DQD0_10
DQD0_8
DQD0_7
DQD0_6
DQD0_4
DQD0_5
DQD0_0
DQD0_2
DQD0_1
DQD0_3
DQD0_20
DQD0_21
DQD0_23
DQD0_22
DQD0_19
DQD0_17
DQD0_18
DQD0_16
DQD0_26
DQD0_25
DQD0_27
DQD0_24
DQD0_28
DQD0_29
DQD0_30
DQD0_31
MAD0_8
MAD0_7
MAD0_6
MAD0_5
MAD0_4
MAD0_3
MAD0_2
MAD0_1
MAD0_0
WCKD0_1
WCKD0B_1
WCKD0_0
WCKD0B_0
EDCD0_1
EDCD0_0
EDCD0_2
EDCD0_3
DDBID0_1
DDBID0_0
DDBID0_2
DDBID0_3
RASD0B
CASD0B
CKED0
CLKD0B
CLKD0
CSD0B_0
WED0B
DRAM_RSTD
ADBID0
1uF
12
C2744 6.3V
X
X
XXXV314_10
XXXV314_10
<New PN>
<New PN>
4
DQD0_<0>
4
DQD0_<1>
4
DQD0_<2>
4
DQD0_<3>
4
DQD0_<4>
4
DQD0_<5>
4
DQD0_<6>
4
DQD0_<7>
4
DQD0_<8>
4
DQD0_<9>
4
DQD0_<10>
4
DQD0_<11>
4
DQD0_<12>
4
DQD0_<13>
4
DQD0_<14>
4
DQD0_<15>
4
DQD0_<16>
4
DQD0_<17>
4
DQD0_<18>
4
DQD0_<19>
4
DQD0_<20>
4
DQD0_<21>
4
DQD0_<22>
4
DQD0_<23>
4
DQD0_<24>
4
DQD0_<25>
4
DQD0_<26>
4
DQD0_<27>
4
DQD0_<28>
4
DQD0_<29>
4
DQD0_<30>
4
DQD0_<31>
4
MAD0_<0>
4
MAD0_<1>
4
MAD0_<2>
4
MAD0_<3>
4
MAD0_<4>
4
MAD0_<5>
4
MAD0_<6>
4
MAD0_<7>
4
MAD0_<8>
1uF
12
C2745 6.3V
X
XXXV314_10
<New PN>
1uF
12
C2746 6.3V
DNIDNIDNIDNI
X
XXXV314_10
<New PN>
M13
M11
N13
N11
T13
T11
V13
V11
F13
F11
E13
E11
B13
B11
A13
A11
K10
K11
H10
H11
R13
C13
P13
D13
J11
J12
G12
L12
J13
J10
A10
V10
J14
1uF
12
C2747 6.3V
M2
DQ31__DQ7
M4
DQ30__DQ6
N2
DQ29__DQ5
N4
DQ28__DQ4
T2
DQ27__DQ3
T4
DQ26__DQ2
V2
DQ25__DQ1
V4
DQ24__DQ0
DQ23__DQ15
DQ22__DQ14
DQ21__DQ13
DQ20__DQ12
DQ19__DQ11
DQ18__DQ10
DQ17__DQ9
DQ16__DQ8
DQ15__DQ23
DQ14__DQ22
DQ13__DQ21
DQ12__DQ20
DQ11__DQ19
DQ10__DQ18
DQ9__DQ17
DQ8__DQ16
F2
DQ7__DQ31
F4
DQ6__DQ30
E2
DQ5__DQ29
E4
DQ4__DQ28
B2
DQ3__DQ27
B4
DQ2__DQ26
A2
DQ1__DQ25
A4
DQ0__DQ24
J5
A13_A12__A13_A12
K4
A7_A8__A0_A10
K5
A6_A11__A1_A9
A5_BA1__A3_BA3
A4_BA2__A2_BA0
A3_BA3__A5_BA1
A2_BA0__A4_BA2
H5
A1_A9__A6_A11
H4
A0_A10__A7_A8
D4
WCK01__WCK23
D5
WCK01#__WCK23#
P4
WCK23__WCK01
P5
WCK23#__WCK01#
R2
EDC3__EDC0
EDC2__EDC1
EDC1__EDC2
C2
EDC0__EDC3
P2
DBI3#__DBI0#
DBI2#__DBI1#
DBI1#__DBI2#
D2
DBI0#__DBI3#
G3
RAS#__CAS#
L3
CAS#__RAS#
J3
CKE#
CK#
CK
CS#__WE#
WE#__CS#
ZQ
SEN
J2
RESET#
J1
MF
A5
Vpp_NC
V5
Vpp_NC1
VREFD1
VREFD2
VREFC
J4
ABI#
H5GC4H24MFR-T2C
_
VVVV314_10
M12-2032B55-E5A
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
DATE:
SHEET NUMBER:
DOCUMENT NUMBER:
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
1
2
3
4
5
6
7
8
B1
B3
B12
B14
D1
D3
D12
D14
E5
E10
F1
F3
F12
F14
G2
G13
H3
H12
K3
K12
L2
L13
M1
M3
M12
M14
N5
N10
P1
P3
P12
P14
T1
T3
T12
T14
+MVDD
C5
C10
D11
G1
G4
G11
G14
L1
L4
L11
L14
P11
4
R5
4
R10
4
4
A1
A3
4
A12
4
A14
4
C1
4
C3
C4
4
C11
4
C12
4
C14
4
E1
E3
E12
+MVDD
E14
4
F5
4
10V
10V
0.1uF
0.1uF
12
12
C2710
C2711
_
_
_
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
VVVV314_10
R11-0121T12-W08
_
VVVV314_10
R11-2371T12-W08
VVVV314_10
R11-5491T22-W08
VVVV314_10
C11-1057322-T04
10V
10V
10V
0.1uF
0.1uF
0.1uF
12
12
12
C2712
C2713
C2714
_
_
_
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
10V
10V
10V
0.1uF
0.1uF
0.1uF
12
12
12
C2715
C2716
C2717
_
_
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
R2601 1%
R2600 1%
4
4
4
4
4
4,6
+MVDD
_
_
_
4
6.3V
1uF
12
C2720
_
_
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
F10
H2
H13
K2
K13
M5
M10
N1
N3
N12
N14
R1
R3
R4
R11
R12
R14
V1
V3
V12
V14
B5
B10
D10
G5
G10
H1
H14
K1
K14
L5
L10
P10
T5
T10
1uF
12
C2647 6.3V
DQC1_20
20
DQC1_21
21
DQC1_23
23
DQC1_22
22
DQC1_19
19
DQC1_18
18
DQC1_17
17
DQC1_16
16
DQC1_26
26
DQC1_25
25
DQC1_27
27
DQC1_24
24
DQC1_28
28
DQC1_29
29
DQC1_30
30
DQC1_31
31
DQC1_14
14
DQC1_15
15
DQC1_13
13
DQC1_12
12
DQC1_10
10
DQC1_8
8
DQC1_11
11
DQC1_9
9
DQC1_1
1
DQC1_6
6
DQC1_2
2
DQC1_7
7
DQC1_3
3
DQC1_5
5
DQC1_0
0
DQC1_4
4
MAC1_8
8
MAC1_0
0
MAC1_1
1
MAC1_3
3
MAC1_2
2
MAC1_5
5
MAC1_4
4
MAC1_6
6
MAC1_7
7
WCKC1_0
IN
WCKC1B_0
IN
WCKC1_1
IN
WCKC1B_1
IN
EDCC1_2
OUT
EDCC1_3
OUT
EDCC1_1
OUT
EDCC1_0
OUT
DDBIC1_2
BI
DDBIC1_3
BI
DDBIC1_1
BI
DDBIC1_0
BI
VVVV314_10
R11-604AT12-W08
_
R2501 1%
R2500 1%
VVVV314_10
R11-604AT12-W08
_
+MVDD
1uF
1uF
1uF
1uF
12
12
12
12
C2540 6.3V
C2541 6.3V
C2542 6.3V
C2543 6.3V
X
X
X
X
CASC1B
IN
RASC1B
IN
60.4R
12
60.4R
12
CKEC1
IN
CLKC1B
IN
CLKC1
IN
WEC1B
IN
CSC1B_0
IN
R2502 1%
120R
12
DRAM_RSTD
IN
R2509 1%
2.37K
12
R2510 1%
5.49K
12
VREFC_C1 VREFC_D0 VREFC_D1
C2505 6.3V
1uF
12
ADBIC1
IN
+MVDD +MVDD
10V
10V
10V
10V
10V
10V
10V
10V
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
12
C2544 6.3V
C2545 6.3V
C2546 6.3V
X
X
X
12
12
12
12
C2612
C2613
C2614
C2615
C2616
C2617
C2547 6.3V
C2610
C2611
_
_
_
_
_
_
_
_
6
XXXV314_10
VVVV314_10
XXXV314_10
VVVV314_10
VVVV314_10
XXXV314_10
VVVV314_10
XXXV314_10
VVVV314_10
XXXV314_10
VVVV314_10
XXXV314_10
VVVV314_10
XXXV314_10
VVVV314_10
<New PN>
C11-1042042-Y01
<New PN>
C11-1042042-Y01
C11-1042042-Y01
<New PN>
C11-1042042-Y01
<New PN>
C11-1042042-Y01
<New PN>
C11-1042042-Y01
<New PN>
C11-1042042-Y01
<New PN>
C11-1042042-Y01
DQC1_0
DQC1_<0>
DQC1_1
DQC1_<1>
DQC1_2
DQC1_<2>
DQC1_3
DQC1_<3>
DQC1_4
DQC1_<4>
DQC1_5
DQC1_<5>
DQC1_6
DQC1_<6>
DQC1_7
DQC1_<7>
DQC1_8
DQC1_<8>
DQC1_9
DQC1_<9>
DQC1_10
DQC1_<10>
DQC1_11
DQC1_<11>
DQC1_12
DQC1_<12>
DQC1_13
DQC1_<13>
DQC1_14
DQC1_<14>
DQC1_15
DQC1_<15>
DQC1_16
DQC1_<16>
DQC1_17
DQC1_<17>
DQC1_18
DQC1_<18>
DQC1_19
DQC1_<19>
DQC1_20
DQC1_<20>
DQC1_21
DQC1_<21>
DQC1_22
DQC1_<22>
DQC1_23
DQC1_<23>
DQC1_24
DQC1_<24>
DQC1_25
DQC1_<25>
DQC1_26
DQC1_<26>
DQC1_27
DQC1_<27>
DQC1_28
DQC1_<28>
DQC1_29
DQC1_<29>
DQC1_30
DQC1_<30>
DQC1_31
DQC1_<31>
MAC1_0
MAC1_<0>
MAC1_1
MAC1_<1>
MAC1_2
MAC1_<2>
MAC1_3
MAC1_<3>
MAC1_4
MAC1_<4>
MAC1_5
MAC1_<5>
MAC1_6
MAC1_<6>
MAC1_7
MAC1_<7>
MAC1_8
MAC1_<8>
7
+MVDD
DQC0_14
14
DQC0_15
15
DQC0_13
13
DQC0_12
12
DQC0_11
11
DQC0_9
9
DQC0_10
10
DQC0_8
8
DQC0_6
6
DQC0_7
7
DQC0_4
4
DQC0_5
5
DQC0_2
2
DQC0_1
1
DQC0_3
3
DQC0_0
0
DQC0_20
20
DQC0_21
21
DQC0_23
23
DQC0_22
22
DQC0_19
19
DQC0_18
18
DQC0_17
17
DQC0_16
16
DQC0_26
26
DQC0_25
25
DQC0_27
27
DQC0_24
24
DQC0_28
28
DQC0_29
29
DQC0_30
30
DQC0_31
31
MAC0_8
8
MAC0_7
7
MAC0_6
6
MAC0_5
5
MAC0_4
4
MAC0_3
3
MAC0_2
2
MAC0_1
1
MAC0_0
0
WCKC0_1
IN
WCKC0B_1
IN
WCKC0_0
IN
WCKC0B_0
IN
EDCC0_1
OUT
EDCC0_0
OUT
EDCC0_2
OUT
EDCC0_3
OUT
DDBIC0_1
BI
DDBIC0_0
BI
DDBIC0_2
BI
DDBIC0_3
BI
RASC0B
IN
CASC0B
IN
60.4R
12
60.4R
12
CKEC0
IN
CLKC0B
IN
CLKC0
IN
CSC0B_0
IN
WEC0B
IN
ZQ_C0 ZQ_C1 ZQ_D0 ZQ_D1
R2402 1%
120R
12
DRAM_RSTD
IN
R2409 1%
2.37K
12
R2410 1%
5.49K
12
C2405 6.3V
1uF
12
VREFC_C0
ADBIC0
IN
6.3V
6.3V
6.3V
6.3V
6.3V
0.1uF
12
C2416 10V
_
10uF
0.1uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
12
12
12
C2417 10V
C2420 6.3V
C2421 6.3V
C2422
C2423
C2424 6.3V
C2425
C2426 6.3V
C2427
C2430
_
_
_
_
_
_
_
_
_
X
U2400
M2
DQ31__DQ7
M4
DQ30__DQ6
N2
DQ29__DQ5
N4
DQ28__DQ4
T2
DQ27__DQ3
T4
DQ26__DQ2
V2
DQ25__DQ1
V4
DQ24__DQ0
M13
DQ23__DQ15
M11
DQ22__DQ14
N13
DQ21__DQ13
N11
DQ20__DQ12
T13
DQ19__DQ11
T11
DQ18__DQ10
V13
DQ17__DQ9
V11
DQ16__DQ8
F13
DQ15__DQ23
F11
DQ14__DQ22
E13
DQ13__DQ21
E11
DQ12__DQ20
B13
DQ11__DQ19
B11
DQ10__DQ18
A13
DQ9__DQ17
A11
DQ8__DQ16
F2
DQ7__DQ31
F4
DQ6__DQ30
E2
DQ5__DQ29
E4
DQ4__DQ28
B2
DQ3__DQ27
B4
DQ2__DQ26
A2
DQ1__DQ25
A4
DQ0__DQ24
J5
A13_A12__A13_A12
K4
A7_A8__A0_A10
K5
A6_A11__A1_A9
K10
A5_BA1__A3_BA3
K11
A4_BA2__A2_BA0
H10
A3_BA3__A5_BA1
H11
A2_BA0__A4_BA2
H5
A1_A9__A6_A11
H4
A0_A10__A7_A8
D4
WCK01__WCK23
D5
WCK01#__WCK23#
P4
WCK23__WCK01
P5
WCK23#__WCK01#
R2
EDC3__EDC0
R13
EDC2__EDC1
C13
EDC1__EDC2
C2
EDC0__EDC3
P2
DBI3#__DBI0#
P13
DBI2#__DBI1#
D13
DBI1#__DBI2#
D2
DBI0#__DBI3#
G3
RAS#__CAS#
L3
CAS#__RAS#
J3
CKE#
J11
CK#
J12
CK
G12
CS#__WE#
L12
WE#__CS#
J13
ZQ
J10
SEN
J2
RESET#
J1
MF
A5
Vpp_NC
V5
Vpp_NC1
A10
VREFD1
V10
VREFD2
J14
VREFC
J4
ABI#
_
VVVV314_10
M12-2032B55-E5A
6.3V
6.3V
1uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
12
C2440 6.3V
C2441 6.3V
C2442 6.3V
C2443 6.3V
C2444 6.3V
C2445 6.3V
C2446
C2447
X
X
X
X
X
X
X
H5GC4H24MFR-T2C
+MVDD
10V
0.1uF
12
C2510
_
_
B1
VDDQ_B1
B3
VDDQ_B3
B12
VDDQ_B12
B14
VDDQ_B14
D1
VDDQ_D1
D3
VDDQ_D3
D12
VDDQ_D12
D14
VDDQ_D14
E5
VDDQ_E5
E10
VDDQ_E10
F1
VDDQ_F1
F3
VDDQ_F3
F12
VDDQ_F12
F14
VDDQ_F14
G2
VDDQ_G2
G13
VDDQ_G13
H3
VDDQ_H3
H12
VDDQ_H12
K3
VDDQ_K3
K12
VDDQ_K12
L2
VDDQ_L2
L13
VDDQ_L13
M1
VDDQ_M1
M3
VDDQ_M3
M12
VDDQ_M12
M14
VDDQ_M14
N5
VDDQ_N5
N10
VDDQ_N10
P1
VDDQ_P1
P3
VDDQ_P3
P12
VDDQ_P12
P14
VDDQ_P14
T1
VDDQ_T1
T3
VDDQ_T3
T12
VDDQ_T12
T14
VDDQ_T14
+MVDD
C5
VDD_C5
C10
VDD_C10
D11
VDD_D11
G1
VDD_G1
G4
VDD_G4
G11
VDD_G11
G14
VDD_G14
L1
VDD_L1
L4
VDD_L4
L11
VDD_L11
L14
VDD_L14
P11
VDD_P11
R5
VDD_R5
R10
VDD_R10
A1
VSSQ_A1
A3
VSSQ_A3
A12
VSSQ_A12
A14
VSSQ_A14
C1
VSSQ_C1
C3
VSSQ_C3
C4
VSSQ_C4
C11
VSSQ_C11
C12
VSSQ_C12
C14
VSSQ_C14
E1
VSSQ_E1
E3
VSSQ_E3
E12
VSSQ_E12
E14
VSSQ_E14
F5
VSSQ_F5
F10
VSSQ_F10
H2
VSSQ_H2
H13
VSSQ_H13
K2
VSSQ_K2
K13
VSSQ_K13
M5
VSSQ_M5
M10
VSSQ_M10
N1
VSSQ_N1
N3
VSSQ_N3
N12
VSSQ_N12
VVVV314_10
N14
VSSQ_N14
R11-0121T12-W08
R1
VSSQ_R1
_
R3
VSSQ_R3
R4
VSSQ_R4
R11
VSSQ_R11
R12
VSSQ_R12
R14
VSSQ_R14
V1
VSSQ_V1
V3
VSSQ_V3
V12
VSSQ_V12
V14
VSSQ_V14
B5
VSS_B5
B10
VSS_B10
D10
VSS_D10
G5
VSS_G5
G10
VSS_G10
VVVV314_10
H1
VSS_H1
R11-2371T12-W08
H14
VSS_H14
VVVV314_10
K1
VSS_K1
R11-5491T22-W08
K14
VSS_K14
VVVV314_10
L5
VSS_L5
C11-1057322-T04
L10
VSS_L10
P10
VSS_P10
T5
VSS_T5
T10
VSS_T10
10V
10V
10V
10V
10V
10V
10V
6.3V
6.3V
6.3V
6.3V
6.3V
6.3V
6.3V
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
12
12
12
12
12
C2511
C2512
C2513
_
_
_
12
12
12
12
C2517
C2520
C2521
C2522
C2523
C2524
C2525
C2526
C2514
C2515
C2516
_
_
_
_
_
_
_
_
_
_
_
7
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
1
2
3
4
5
6
7
8
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
DQC0_<0>
DQC0_<1>
DQC0_<2>
DQC0_<3>
DQC0_<4>
DQC0_<5>
DQC0_<6>
DQC0_<7>
DQC0_<8>
DQC0_<9>
DQC0_<10>
DQC0_<11>
DQC0_<12>
DQC0_<13>
DQC0_<14>
DQC0_<15>
DQC0_<16>
DQC0_<17>
DQC0_<18>
DQC0_<19>
DQC0_<20>
DQC0_<21>
DQC0_<22>
DQC0_<23>
DQC0_<24>
DQC0_<25>
DQC0_<26>
DQC0_<27>
DQC0_<28>
DQC0_<29>
DQC0_<30>
DQC0_<31>
MAC0_<0>
MAC0_<1>
MAC0_<2>
MAC0_<3>
MAC0_<4>
MAC0_<5>
MAC0_<6>
MAC0_<7>
MAC0_<8>
VVVV314_10
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
C11-1042042-Y01
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1042042-Y01
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
0
1
2
3
4
5
6
7
8
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
DQC0_0
DQC0_1
DQC0_2
DQC0_3
DQC0_4
DQC0_5
DQC0_6
DQC0_7
DQC0_8
DQC0_9
DQC0_10
DQC0_11
DQC0_12
DQC0_13
DQC0_14
DQC0_15
DQC0_16
DQC0_17
DQC0_18
DQC0_19
DQC0_20
DQC0_21
DQC0_22
DQC0_23
DQC0_24
DQC0_25
DQC0_26
DQC0_27
DQC0_28
DQC0_29
DQC0_30
DQC0_31
MAC0_0
MAC0_1
MAC0_2
MAC0_3
MAC0_4
MAC0_5
MAC0_6
MAC0_7
MAC0_8
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
VVVV314_10
VVVV314_10
C11-1042042-Y01
C11-1057322-T04
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
VVVV314_10
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1057322-T04
C11-1057322-T04
VVVV314_10
VVVV314_10
C11-1057322-T04
C11-1067014-T04
4
DQC0_<0>
4
DQC0_<1>
4
DQC0_<2>
4
DQC0_<3>
4
DQC0_<4>
4
DQC0_<5>
4
DQC0_<6>
4
DQC0_<7>
4
DQC0_<8>
4
DQC0_<9>
4
DQC0_<10>
4
DQC0_<11>
4
DQC0_<12>
4
DQC0_<13>
4
DQC0_<14>
4
DQC0_<15>
4
DQC0_<16>
4
DQC0_<17>
4
DQC0_<18>
4
DQC0_<19>
4
DQC0_<20>
4
DQC0_<21>
4
DQC0_<22>
4
DQC0_<23>
4
DQC0_<24>
4
DQC0_<25>
4
DQC0_<26>
4
DQC0_<27>
4
DQC0_<28>
4
DQC0_<29>
4
DQC0_<30>
4
DQC0_<31>
4
MAC0_<0>
4
MAC0_<1>
4
MAC0_<2>
4
MAC0_<3>
4
MAC0_<4>
4
MAC0_<5>
4
MAC0_<6>
4
MAC0_<7>
4
MAC0_<8>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
XXXV314_10
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
XXXV314_10
XXXV314_10
<New PN>
<New PN>
XXXV314_10
<New PN>
VVVV314_10
R11-0121T12-W08
_
VVVV314_10
R11-2371T12-W08
VVVV314_10
R11-5491T22-W08
VVVV314_10
C11-1057322-T04
OF
4
4
4
4
4
4
4
4
4
4
4
4
+MVDD
4
4
4
4
4
4
4
4,6
_
_
_
4
VVVV314_10
R11-604AT12-W08
_
R2701 1%
1 2
R2700 1%
1 2
VVVV314_10
R11-604AT12-W08
_
+MVDD
+MVDD
IN
IN
IN
IN
OUT
OUT
OUT
OUT
BI
BI
BI
BI
IN
IN
60.4R
60.4R
IN
IN
IN
IN
IN
R2702 1%
120R
12
IN
R2709 1%
2.37K
12
R2710 1%
5.49K
12
C2705 6.3V
1uF
12
IN
REV:
DQD1_0
DQD1_1
DQD1_2
DQD1_3
DQD1_4
DQD1_5
DQD1_6
DQD1_7
DQD1_8
DQD1_9
DQD1_10
DQD1_11
DQD1_12
DQD1_13
DQD1_14
DQD1_15
DQD1_16
DQD1_17
DQD1_18
DQD1_19
DQD1_20
DQD1_21
DQD1_22
DQD1_23
DQD1_24
DQD1_25
DQD1_26
DQD1_27
DQD1_28
DQD1_29
DQD1_30
DQD1_31
MAD1_0
MAD1_1
MAD1_2
MAD1_3
MAD1_4
MAD1_5
MAD1_6
MAD1_7
MAD1_8
2
DQD1_5
5
DQD1_6
6
DQD1_7
7
DQD1_4
4
DQD1_3
3
DQD1_1
1
DQD1_2
2
DQD1_0
0
DQD1_10
10
DQD1_9
9
DQD1_11
11
DQD1_8
8
DQD1_12
12
DQD1_13
13
DQD1_14
14
DQD1_15
15
DQD1_24
24
DQD1_25
25
DQD1_27
27
DQD1_26
26
DQD1_30
30
DQD1_29
29
DQD1_31
31
DQD1_28
28
DQD1_17
17
DQD1_16
16
DQD1_18
18
DQD1_19
19
DQD1_21
21
DQD1_22
22
DQD1_20
20
DQD1_23
23
MAD1_8
8
MAD1_0
0
MAD1_1
1
MAD1_3
3
MAD1_2
2
MAD1_5
5
MAD1_4
4
MAD1_6
6
MAD1_7
7
WCKD1_1
WCKD1B_1
WCKD1_0
WCKD1B_0
EDCD1_0
EDCD1_1
EDCD1_3
EDCD1_2
DDBID1_0
DDBID1_1
DDBID1_3
DDBID1_2
CASD1B
RASD1B
CKED1
CLKD1B
CLKD1
WED1B
CSD1B_0
DRAM_RSTD
ADBID1
U2700
M2
DQ31__DQ7
M4
DQ30__DQ6
N2
DQ29__DQ5
N4
T2
T4
V2
V4
M13
M11
N13
N11
T13
T11
V13
V11
F13
F11
E13
E11
B13
B11
A13
A11
F2
F4
E2
E4
B2
B4
A2
A4
J5
K4
K5
K10
K11
H10
H11
H5
H4
D4
D5
P4
P5
R2
R13
C13
C2
P2
P13
D13
D2
G3
L3
J3
J11
J12
G12
L12
J13
J10
J2
J1
A5
V5
A10
V10
J14
J4
MSI
MSI
MSI
VDDQ_B12
DQ28__DQ4
VDDQ_B14
DQ27__DQ3
DQ26__DQ2
DQ25__DQ1
VDDQ_D12
DQ24__DQ0
VDDQ_D14
DQ23__DQ15
DQ22__DQ14
VDDQ_E10
DQ21__DQ13
DQ20__DQ12
DQ19__DQ11
VDDQ_F12
DQ18__DQ10
VDDQ_F14
DQ17__DQ9
VDDQ_G2
DQ16__DQ8
VDDQ_G13
DQ15__DQ23
DQ14__DQ22
VDDQ_H12
DQ13__DQ21
DQ12__DQ20
VDDQ_K12
DQ11__DQ19
DQ10__DQ18
VDDQ_L13
DQ9__DQ17
VDDQ_M1
DQ8__DQ16
VDDQ_M3
DQ7__DQ31
VDDQ_M12
DQ6__DQ30
VDDQ_M14
DQ5__DQ29
DQ4__DQ28
VDDQ_N10
DQ3__DQ27
DQ2__DQ26
DQ1__DQ25
VDDQ_P12
DQ0__DQ24
VDDQ_P14
VDDQ_T12
VDDQ_T14
A13_A12__A13_A12
A7_A8__A0_A10
A6_A11__A1_A9
A5_BA1__A3_BA3
A4_BA2__A2_BA0
A3_BA3__A5_BA1
A2_BA0__A4_BA2
A1_A9__A6_A11
A0_A10__A7_A8
WCK01__WCK23
WCK01#__WCK23#
WCK23__WCK01
WCK23#__WCK01#
EDC3__EDC0
EDC2__EDC1
VSSQ_A12
EDC1__EDC2
VSSQ_A14
EDC0__EDC3
DBI3#__DBI0#
DBI2#__DBI1#
VSSQ_C11
DBI1#__DBI2#
VSSQ_C12
DBI0#__DBI3#
VSSQ_C14
VSSQ_E12
RAS#__CAS#
VSSQ_E14
CAS#__RAS#
VSSQ_F10
CKE#
VSSQ_H13
CK#
CK
VSSQ_K13
VSSQ_M5
VSSQ_M10
CS#__WE#
WE#__CS#
VSSQ_N12
VSSQ_N14
ZQ
SEN
VSSQ_R11
RESET#
VSSQ_R12
MF
VSSQ_R14
VSSQ_V12
VSSQ_V14
Vpp_NC
Vpp_NC1
VREFD1
VREFD2
VREFC
ABI#
H5GC4H24MFR-T2C
_
VVVV314_10
M12-2032B55-E5A
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Date:
Date:
Date:
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
TITLE:625
B1
VDDQ_B1
B3
VDDQ_B3
B12
B14
D1
VDDQ_D1
D3
VDDQ_D3
D12
D14
E5
VDDQ_E5
E10
F1
VDDQ_F1
F3
VDDQ_F3
F12
F14
G2
G13
H3
VDDQ_H3
H12
K3
VDDQ_K3
K12
L2
VDDQ_L2
L13
M1
M3
M12
M14
N5
VDDQ_N5
N10
P1
VDDQ_P1
P3
VDDQ_P3
P12
P14
T1
VDDQ_T1
T3
VDDQ_T3
T12
T14
C5
VDD_C5
C10
VDD_C10
D11
VDD_D11
G1
VDD_G1
G4
VDD_G4
G11
VDD_G11
G14
VDD_G14
L1
VDD_L1
L4
VDD_L4
L11
VDD_L11
L14
VDD_L14
P11
VDD_P11
R5
VDD_R5
R10
VDD_R10
A1
VSSQ_A1
A3
VSSQ_A3
A12
A14
C1
VSSQ_C1
C3
VSSQ_C3
C4
VSSQ_C4
C11
C12
C14
E1
VSSQ_E1
E3
VSSQ_E3
E12
E14
F5
VSSQ_F5
F10
H2
VSSQ_H2
H13
K2
VSSQ_K2
K13
M5
M10
N1
VSSQ_N1
N3
VSSQ_N3
N12
N14
R1
VSSQ_R1
R3
VSSQ_R3
R4
VSSQ_R4
R11
R12
R14
V1
VSSQ_V1
V3
VSSQ_V3
V12
V14
B5
VSS_B5
B10
VSS_B10
D10
VSS_D10
G5
VSS_G5
G10
VSS_G10
H1
VSS_H1
H14
VSS_H14
K1
VSS_K1
K14
VSS_K14
L5
VSS_L5
L10
VSS_L10
P10
VSS_P10
T5
VSS_T5
T10
VSS_T10
Tonga-256 G5 x32
1
+MVDD
DD
+MVDD
C
BB
A
1.0
1.0
1.0
Sheet of
Sheet of
Sheet of
628
628
628
12
0
DQD1_<0>
1
DQD1_<1>
2
DQD1_<2>
3
DQD1_<3>
4
DQD1_<4>
5
DQD1_<5>
6
DQD1_<6>
7
DQD1_<7>
8
DQD1_<8>
9
DQD1_<9>
10
DQD1_<10>
11
DQD1_<11>
12
DQD1_<12>
13
DQD1_<13>
14
DQD1_<14>
15
DQD1_<15>
16
DQD1_<16>
17
DQD1_<17>
18
DQD1_<18>
19
DQD1_<19>
20
DQD1_<20>
21
DQD1_<21>
22
DQD1_<22>
23
DQD1_<23>
24
DQD1_<24>
25
DQD1_<25>
26
DQD1_<26>
27
DQD1_<27>
28
DQD1_<28>
29
DQD1_<29>
30
DQD1_<30>
31
DQD1_<31>
0
MAD1_<0>
1
MAD1_<1>
2
MAD1_<2>
3
MAD1_<3>
4
MAD1_<4>
5
MAD1_<5>
6
MAD1_<6>
7
MAD1_<7>
8
MAD1_<8>
4
DQD1_<0>
4
DQD1_<1>
4
DQD1_<2>
4
DQD1_<3>
4
DQD1_<4>
4
DQD1_<5>
4
DQD1_<6>
4
DQD1_<7>
4
DQD1_<8>
4
DQD1_<9>
4
DQD1_<10>
4
DQD1_<11>
4
DQD1_<12>
4
DQD1_<13>
4
DQD1_<14>
4
DQD1_<15>
4
DQD1_<16>
4
DQD1_<17>
4
DQD1_<18>
4
DQD1_<19>
4
DQD1_<20>
4
DQD1_<21>
4
DQD1_<22>
4
DQD1_<23>
4
DQD1_<24>
4
DQD1_<25>
4
DQD1_<26>
4
DQD1_<27>
4
DQD1_<28>
4
DQD1_<29>
4
DQD1_<30>
4
DQD1_<31>
4
MAD1_<0>
1
4
MAD1_<1>
2
4
MAD1_<2>
3
4
MAD1_<3>
4
4
MAD1_<4>
5
4
MAD1_<5>
6
4
MAD1_<6>
7
4
MAD1_<7>
8
4
MAD1_<8>
8
7
6
345
2
1
(7) GPIO STRAP CF PLL XTAL
MLPS STRAPS FOR TONGA
+1.8V
12
VVVV314_10
R11-3241T12-W08
R50
3.24K
_
1%
PS_0
_
12
12
+1.8V
12
12
R51
5.62K
1%
R56
4.99K
1%
DNI
R57
4.75K
1%
X
XXXV314_10
<New PN>
C50
0.082uF
16V
_
VVVV314_10
C11-8232512-M09
PS_3
12
C53
0.68uF
4V
_
VVVV314_10
C11-684A212-M09
VVVV314_10
R11-0202T12-W08
X
XXXV314_10
<New PN>
_
VVVV314_10
R11-5621T12-W08
_
VVVV314_10
R11-4751T12-W08
C
+1.8V +1.8V
12
_
VVVV314_10
R52
R11-8451T12-W08
8.45K
1%
PS_1
_
12
12
VVVV314_10
R11-4991T12-W08
R53
C51
2K
0.082uF
1%
16V
DNIDNI
X
XXXV314_10
<New PN>
+1.8V
12
_
VVVV314_10
R58
R11-4751T12-W08
4.75K
1%
PS_4
12
12
X
XXXV314_10
R59
C54
4.75K
0.68uF
<New PN>
1%
4V
DNI
DNI
SCL/SDA BUS:
I2C ADDRESS
0x40
0xA6
0x58
DDCVGA BUS:
I2C ADDRESS
0x98
12
_
VVVV314_10
R54
R11-4531T12-W08
4.53K
1%
12
R55
4.99K
1%
FUNCTION
VDDGFX/VDDC
REGULATOR
1.8V REF DAC
FOR PCC
DIGITAL POT
FOR VDDCI
DIGITAL POT0x5C
FOR MVDD
FUNCTION
EXT TEMP
SENSOR
PS_2
12
C52
0.68uF
4V
_
VVVV314_10
C11-684A212-M09
DEVICE
NCP81002
UP1801
AD5272
AD5274
DEVICE
LM96163
+3.3V_BUS
12
X
XXXV314_10
<New PN>
V49
GPIO_1_PCC
BF39
BD28
GPIO_5_VRHOT_OCPB
BD39
GPIO_6_TACH
V48
BE46
BF46
BG46
GPIO_11_MVDD_VID
AA44
BA50
GPIO_13
BA52
AV45
GPIO_15_VDDCI_VID0
W44
V45
AA45
AV44
GPIO_19_CTF
W43
GPIO_20_VDDCI_VID1
W45
BF38
GPIO_22_ROMCSB
BE47
BF43
BE40
BH41
BE38
BE39
BG29
HPD4
BC31
HPD5
BC32
HPD6
BA48
HPD1
BE45
HPD1
G_CLKREQB
AA43
G_WAKEB
BN48
G_SMBCLK
AV42
G_SMBDAT
AY42
AY44
AV53
DIGON
BD40
AV51
U48
BG43
T49
V51
C1
1uF
6.3V
C2
1uF
6.3V
UNNAMED_7_RES_I1011_B
BB38
BB40
BC38
BC39
BB35
BB36
BB37
BC35
BJ16
BH16
BH17
BG18
BG19
BF22
BG22
BG21
AV47
V47
V46
U50
U52
T48
AT42
AU42
BC52
BD51
BG42
BH43
BL49
U1G
VDD_GPIO33#1
VDD_GPIO33#2
VDD_GPIO33#3
VDD_GPIO33#4
VDD_GPIO18#1
VDD_GPIO18#2
VDD_GPIO18#3
VDD_GPIO18#4
PS_0
PS_1
PS_2
PS_3
PS_4
GPIO_SVC
GPIO_SVD
GPIO_SVT
TEST_PG
SCL
SDA
DDCVGACLK
DDCVGADATA
RSVD#1
RSVD#12
RSVD#17
RSVD#24
RSVD#26
RSVD#31
RSVD#37
RSVD#42
_
VVVV314_10
B03-0851105-A08
PART 7 OF 19
TONGAL3
GPIO_5_REG_HOT_AC_BATT
G
P
I
O
GPIO_0
GPIO_1
GPIO_2
GPIO_6_TACH
GPIO_8_ROMSO
GPIO_9_ROMSI
GPIO_10_ROMSCK
GPIO_11
GPIO_12
GPIO_13
GPIO_14_HPD2
GPIO_15
GPIO_16_8P_DETECT
GPIO_17_THERMAL_INT
GPIO_18_HPD3
GPIO_19_CTF
GPIO_20
GPIO_21
GPIO_22_ROMCSB
GPIO_29
GPIO_30
GENERICA
GENERICB
GENERICC
GENERICD
GENERICE_HPD4
GENERICF_HPD5
GENERICG_HPD6
CLKREQB
WAKEB
SMBCLK
SMBDAT
RSVD#21
BL_ENABLE
BL_PWM_DIM
RSVD#32
RSVD#3
RSVD#2
RSVD#4
+3.3V_BUS
12
_
VVVV314_10
C11-1057322-T04
+1.8V
12
_
VVVV314_10
C11-1057322-T04
PS_0
PS_1
PS_2
PS_3
PS_4
14
14
14
X
+1.8V
XXXV314_10
<New PN>
R1
1 2
R21K5%
1 2
_
VVVV314_10
R11-0102022-W08
23
23
SVC
OUT
SVD
BI
SVT
R90R5%
5%
CAN BE REMOVED
FOR PRODUCTION
DNI
SCL
SDA
TEST_PG
1 2
_
VVVV314_10
R11-0000012-W08
BI
1K
OUT
BI
12
X
XXXV314_10
R6
R7
<New PN>
10K
10K
5%
5%
DNI
DNI
_
VVVV314_10
R11-0000012-W08
R50R5%
1 2
14,19
IN
R120R5%
1 2
24
IN
21,25
IN
DEBUG
25
IN
20
OUT
24
OUT
20
OUT
DP
10
IN
HDMI
10
IN
11
DVI-I
IN
DVI-D
9
IN
1
IN
1
OUT
1
BI
_
VVVV314_10
R11-0000012-W08
VR_HOTB
+3.3V_BUS
12
X
XXXV314_10
<New PN>
PCC
IN
IN
RP1A
1 8
RP1B
2 7
RP1C
3 6
RP1D
4 5
_
VVVV314_10
R31-0330012-W08
_
VVVV314_10
R31-0330012-W08
_
VVVV314_10
R31-0330012-W08
_
VVVV314_10
R31-0330012-W08
R10
10K
5%
DNI
R11
0R
5%
1 2
DNI
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
+3.3V_BUS
CLKREQB
_
12
VVVV314_10
R11-0103032-W08
R8
10K
5%
GPIO_8_RGPIO_8_ROMSO
33R
5%
GPIO_9_RGPIO_9_ROMSI
33R
5%
GPIO_10_RGPIO_10_ROMSCK
33R
5%
GPIO_22_R
33R
5%
OUT
VIDEO BIOS
FIRMWARE
+3.3V_BUS +3.3V_BUS
U11
3
2
5
6
1
1
WP
SO
SI
SCK
CE
Pm25LD010C-SCE
_
VVVV314_10
M31-2502003-P81
8
VDD
7
HOLD
4
GND
12
C4
0.1uF
10V
_
VVVV314_10
C11-1042042-Y01
DD
19
19
C
U1H
VDD_DVP#1
VDD_DVP#2
VDD_DVP#3
VDD_DVP#4
SWAPLOCKA
SWAPLOCKB
GENLK_CLK
GENLK_VSYNC
DVPCLK
DVPCNTL_0
DVPCNTL_1
DVPCNTL_2
DVPCNTL_MVP_0
DVPCNTL_MVP_1
VREFG
_
VVVV314_10
B03-0851105-A08
PART 8 OF 19
D
V
P
TONGAL3
DVPDATA_0
DVPDATA_1
DVPDATA_2
DVPDATA_3
DVPDATA_4
DVPDATA_5
DVPDATA_6
DVPDATA_7
DVPDATA_8
DVPDATA_9
DVPDATA_10
DVPDATA_11
DVPDATA_12
DVPDATA_13
DVPDATA_14
DVPDATA_15
DVPDATA_16
DVPDATA_17
DVPDATA_18
DVPDATA_19
DVPDATA_20
DVPDATA_21
DVPDATA_22
DVPDATA_23
BC21
BE21
BD21
BE22
BD22
BC22
BE23
BD23
BD25
BC25
BG26
BE26
BE31
BD31
BG32
BE32
BD32
BE33
BD33
BE35
BD35
BE36
BD36
BC36
BB
BF23
BF25
BG23
C8
1uF
BG25
6.3V
DNI
BC42
BE43
BG38
BG39
BD19
BD26
BE28
BE19
BE29
BF29
VREFG
BG36
+1.8V
+1.8V
12
C5
10uF
6.3V
DNI
X
XXXV314_10
<New PN>
R3
1 2
R4
1 2
C9
1 2
12
C6
4.7uF
6.3V
DNI
X
XXXV314_10
<New PN>
221R
110R
0.1uF
12
C7
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
1%
DNI
1%
DNI
6.3V
DNI
12
X
XXXV314_10
<New PN>
U1I
H8
J9
L11
7
SPLL_PVDD
SPLL_VDDC
MPLL_PVDD#1
MPLL_PVDD#2
MPLL_PVDD#3
_
VVVV314_10
B03-0851105-A08
PART 9 OF 19
TONGAL3
P
L
L
S
X
T
A
L
XTALOUT
CLKTESTA
CLKTESTB
PLL_ANALOG_IN
PLL_ANALOG_OUT
BM41
XO_IN2
BK41
XO_IN
_
VVVV314_10
C11-1801012-S02
C44
18pF
50V
1 2
3
XTALIN
BN40
XTALIN
XTALOUT
BL40
CLKTESTA
BM17
CLKTESTB
BK17
AV48
PLL_ANALOGOUT
AV49
MAKE SURE THEY ARE ACCESSIBLE
AVOID NOISY AREA
_
VVVV314_10
R11-0000012-W08
R47
1 2
_
VVVV314_10
R11-0105T12-W08
0R
X
XXXV314_10
<New PN>
C30
1 2
C31
1 2
X
XXXV314_10
<New PN>
5%
UNNAMED_7_CAP_I787_B
0.1uF
UNNAMED_7_CAP_I786_B
0.1uF
6
4
Y2
X
XXXV314_10
<New PN>
1 2
1 2
X
XXXV314_10
<New PN>
1 2
X
XXXV314_10
<New PN>
1
2
UNNAMED_7_CRYSTAL4PNC_I979_P1
12
R49
0R
5%
27.000MHz
_
VVVV314_10
R11-0000012-W08
UNNAMED_7_CAP_I980_A
C45
1 2
51.1R
1%
51.1R
1%
16.2K
1%
DNI
_
VVVV314_10
D04-1104410-SC6
_
VVVV314_10
C11-1801012-S02
18pF
50V
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
GPU GPIO STRAP CF PLL XTAL
DATE:
Mon May 12 19:11:52 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
5
4
OF
105-C766xx-00A
3
REV:
MSI
MSI
MSI
TITLE:725
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
728
728
728
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
12
R48
1M
1%
6.3V
R30
6.3V
R31
R32
+1.8V
120R
1 2
B5
_
_
VVVV314_10
VVVV314_10
R11-0000012-W08
C11-4757313-S02
+0.95V
120R
1 2
B6
_
X
VVVV314_10
XXXV314_10
R11-0000012-W08
<New PN>
+1.8V
220R
1 2
B7
12
X
XXXV314_10
<New PN>
C16
10uF
6.3V
DNI
12
_
VVVV314_10
C11-4757313-S02
_
VVVV314_10
R11-0000034-W08
A
C17
4.7uF
6.3V
12
C10
4.7uF
6.3V
_
VVVV314_10
C11-1057322-T04
12
C13
4.7uF
6.3V
DNI
12
C18
4.7uF
6.3V
_
VVVV314_10
C11-4757313-S02
+SPLL_PVDD
12
C11
1uF
6.3V
+SPLL_VDDC
12
C14
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
+MPLL_PVDD
12
C19
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
12
C12
0.1uF
10V
12
C15
0.1uF
10V
_
VVVV314_10
C11-1042042-Y01
12
C20
0.1uF
10V
_
VVVV314_10
C11-1042042-Y01
BC29
_
VVVV314_10
C11-1042042-Y01
BC26
8
(8) DAC
8
7
6
345
2
1
DD
12
R1511
150R
1%
12
R1513
150R
1%
12
R1515
150R
1%
1
2 4
1
2 4
74AHCT1G126GW
74AHCT1G126GW
SEE BOM FOR QUALIFIED FILTERS
L1500
1 2
0.036uH
_
VVVV314_10
R11-0000013-R01
L1502
1 2
0.036uH
_
VVVV314_10
R11-0000013-R01
L1504
1 2
0.036uH
_
VVVV314_10
R11-0000013-R01
HSYNC_DAC_B
U1500A
VSYNC_DAC_B
U1501A
for ESD
12
C1510
5pF
50V
_
VVVV314_10
D0G-0500500-I05
12
C1512
5pF
50V
_
VVVV314_10
D0G-0500500-I05
12
C1514
5pF
50V
_
VVVV314_10
D0G-0500500-I05
L1501
1 2
0.036uH
_
VVVV314_10
L01-36C8013-M09
L1503
1 2
0.036uH
_
VVVV314_10
L01-36C8013-M09
L1505
1 2
0.036uH
_
VVVV314_10
L01-36C8013-M09
12
C1511
15pF
50V
X
XXXV314_10
<New PN>
12
C1513
15pF
50V
X
XXXV314_10
<New PN>
12
C1515
15pF
50V
X
XXXV314_10
<New PN>
MR1501 5%
24R
1 2
DNI
X
XXXV314_10
<New PN>
R1501 5%
24R
1 2
_
VVVV314_10
R11-0240012-W08
MR1502 5%
24R
1 2
DNI
X
XXXV314_10
<New PN>
R1502 5%
24R
1 2
_
VVVV314_10
R11-0240012-W08
A_R_DAC_F
A_G_DAC_F
A_B_DAC_F
HSYNC_DAC_R
VSYNC_DAC_R
HSYNC_DAC_R
12
X
C1506
12pF
XXXV314_10
50V
<New PN>
DNI
VSYNC_DAC_R
12
X
C1507
12pF
XXXV314_10
50V
<New PN>
DNI
11
OUT
11
OUT
11
OUT
11
OUT
11
OUT
C
BB
_
+1.8V
VVVV314_10
L02-1218012-M09
12
B1500
_
VVVV314_10
C11-1057322-T04
_
+1.8V
VVVV314_10
L02-1218012-M09
12
B1501
_
VVVV314_10
C11-1057322-T04
C
R1500 1%
120R
120R
_
VVVV314_10
R11-4990T12-W08
_
VVVV314_10
C11-1042042-Y01
+VDD1DI
12
12
C1500
1uF
6.3V
+AVDD
12
12
C1502
1uF
6.3V
499R
12
C1501
0.1uF
10V
_
VVVV314_10
C11-1042042-Y01
C1503
0.1uF
10V
RSET
_
VVVV314_10
T34-1G12600-T07
_
VVVV314_10
T34-1G12600-T07
AY45
BB45
BC45
BB44
BB43
U1J
VDD1DI
AVDD#1
AVDD#2
AVSSQ
RSET
_
VVVV314_10
B03-0851105-A08
+5V_VESA
3 5
+5V_VESA
3 5
PART 10 OF 19
D
A
C
TONGAL3
_
VVVV314_10
C11-1042042-Y01
C1504 10V
1 2
U1500B
74AHCT1G126GW
_
VVVV314_10
C11-1042042-Y01
C1505 10V
1 2
U1501B
74AHCT1G126GW
AY47
R
BB47
G
BC47
B
AW46
HSYNC
AW47
VSYNC
0.1uF
0.1uF
R_DAC R_DAC_L
12
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
_
R1510
VVVV314_10
150R
1%
R11-0750T12-W08
G_DAC G_DAC_L
12
_
R1512
VVVV314_10
150R
1%
R11-0750T12-W08
B_DAC B_DAC_L
12
_
R1514
VVVV314_10
150R
1%
R11-0750T12-W08
HSYNC
VSYNC
_
VVVV314_10
T34-1G12600-T07
_
VVVV314_10
T34-1G12600-T07
OPTIONAL ESD PROTECTION DIODES
A_R_DAC_F
A
8
XXXV314_10
X
<New PN>
D1505 ESD8V0R1B-02LRH
12
D1506 ESD8V0R1B-02LRH
12
XXXV314_10
X
<New PN>
7
A_G_DAC_F
A_B_DAC_F
HSYNC_DAC_R
DNI
VSYNC_DAC_R
DNI
6
5
4
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
GPU DAC
DATE:
Mon May 12 19:11:55 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
OF
105-C766xx-00A
3
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:825
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
828
828
828
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
8
(9) TMDPAB sDVI
7
6
345
2
1
+1.8V
12
12
12
12
12
12
C1703
1uF
6.3V
C1713
1uF
6.3V
C1704
10uF
6.3V
_
VVVV314_10
C11-1067014-T04
12
C1714
10uF
6.3V
_
VVVV314_10
C11-1067014-T04
12
C1705
10uF
6.3V
_
VVVV314_10
C11-1067014-T04
12
C1715
10uF
6.3V
_
VVVV314_10
C11-1067014-T04
C1700
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
+0.95V
12
C1710
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
C1701
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
12
C1711
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
C1702
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
12
C1712
1uF
6.3V
_
VVVV314_10
C11-1057322-T04
_
VVVV314_10
C11-1057322-T04
_
VVVV314_10
C11-1057322-T04
C
150R
_
VVVV314_10
R11-0151T12-W08
DPAB_CALR
ABTX1P
ABTX1N
ABTX4P
ABTX4N
ABTX0P
ABTX0N
ABTX5P
ABTX5N
R1700 1%
1 2
A
8
U1K
DP_VDDR#1
DP_VDDR#2
DP_VDDR#3
DP_VDDR#4
DP_VDDR#5
DP_VDDR#6
DP_VDDR#7
DP_VDDR#8
RSVD#28
RSVD#33
RSVD#36
RSVD#38
RSVD#39
RSVD#40
RSVD#41
RSVD#43
DP_VDDC#1
DP_VDDC#2
DP_VDDC#3
DP_VDDC#4
DP_VDDC#5
DP_VDDC#6
DP_VDDC#7
DP_VDDC#8
DP_VDDC#9
RSVD#29
RSVD#30
RSVD#34
RSVD#35
DPAB_CALR
_
VVVV314_10
B03-0851105-A08
ABTX1P
10
NC
ABTX1N
9
NC
7
NC
6
NC
ESD-ESD3V3U4ULC-RH
8
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
10
NC
9
NC
ABTX4P
7
NC
ABTX4N
6
NC
ESD-ESD3V3U4ULC-RH
8
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
X
XXXV314_10
<New PN>
12
12
X
XXXV314_10
<New PN>
PART 11 OF 19
ABTX0P
ABTX0N
ABTX5P
ABTX5N
TONGAL3
BF33
BF40
BG33
BH32
BH33
BH34
BH35
BM39
BF45
BG45
BH42
BH44
BH45
BJ42
BL18
BN18
BF28
BF31
BG28
BG31
BH26
BH27
BH28
BH29
BJ40
BF47
BF48
BG47
BG48
BF36
OPTIONAL ESD PROTECTION DIODES
U101
1
2
4
5
3
_
U103
1
2
4
5
3
_
D1714 ESD5V3U1U-02LRH
D1715 ESD5V3U1U-02LRH
7
BM33
TX2P_DPA0P
BL32
TX2M_DPA0N
BJ32
TX1P_DPA1P
BK31
TX1M_DPA1N
BM31
TX0P_DPA2P
BL30
TX0M_DPA2N
BJ30
TXCAP_DPA3P
BK29
TXCAM_DPA3N
BM29
DDCAUX3P
BL28
DDCAUX3N
T
M
D
P
A
/
B
BJ38
TX5P_DPB0P
BK37
TX5M_DPB0N
BM37
TX4P_DPB1P
BL36
TX4M_DPB1N
BJ36
TX3P_DPB2P
BK35
TX3M_DPB2N
BM35
TXCBP_DPB3P
BL34
TXCBM_DPB3N
DDCAUX5P
BJ44
DDCAUX5N
BK43
U102
1
NC
2
4
5
_
U104
1
2
4
5
_
NC
NC
NC
ESD-ESD3V3U4ULC-RH
3
8
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
NC
NC
NC
NC
ESD-ESD3V3U4ULC-RH
3
8
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
DDC5CLK_DVI
DDC5DAT_DVI
ABTXCP
ABTXCN
ABTX3P
ABTX3N
ABTX2P
ABTX2N
DNI
DNI
DPA_TX2P
DPA_TX2N
DPA_TX1P
DPA_TX1N
DPA_TX0P
DPA_TX0N
DPA_TXCP
DPA_TXCN
DDC3CLK_HDMI
DDC3DAT_HDMI
DPB_TX5P
DPB_TX5N
DPB_TX4P
DPB_TX4N
DPB_TX3P
DPB_TX3N
10
9
ABTXCP
7
ABTXCN
6
10
ABTX3P
9
ABTX3N
7
ABTX2P
6
ABTX2N
OUT
BI
6
C1720 10V
C1721 10V
C1722 10V
C1723 10V
C1724 10V
C1725 10V
C1726 10V
C1727 10V
10
10
C1728 10V
C1729 10V
C1730 10V
C1731 10V
C1732 10V
C1733 10V
1 2
1 2
_
1 2
_
1 2
_
1 2
_
1 2
_
1 2
_
1 2
_
_
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
1 2
1 2
_
1 2
_
1 2
_
1 2
_
1 2
_
_
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
DVI_EN
IN
_
VVVV314_10
D03-7002E49-O05
_
VVVV314_10
R11-0222012-W08
_
VVVV314_10
D02-03904B9-O05
HPD1
OUT
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
0.1uF
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
VVVV314_10
C11-1042042-Y01
10,11
ABTX5P
ABTX5N
ABTX3N
7
SHEET:
DATE:
SHEET NUMBER:
DOCUMENT NUMBER:
5
4
R1720 1%
499R
1 2
ABTX2P
R1721 1%
499R
1 2
ABTX2N
_
R1722 1%
499R
1 2
_
R1723 1%
499R
1 2
ABTX1N
_
R1724 1%
499R
1 2
ABTX0P
_
R1725 1%
499R
1 2
ABTX0N
_
R1726 1%
499R
1 2
ABTXCP
_
R1727 1%
499R
1 2
_
R1728 1%
499R
1 2
_
R1729 1%
499R
1 2
_
R1730 1%
499R
1 2
ABTX4P
_
R1731 1%
499R
1 2
ABTX4N
_
R1732 1%
499R
1 2
_
R1733 1%
499R
1 2
_
DPAB_GND
_
Q1700
1
2N7002
2 3
+5V_VESA +5V_VESA
12
12
_
R1701
R1702
VVVV314_10
2.2K
2.2K
5%
5%
R11-0222012-W08
+3.3V_BUS
_
VVVV314_10
R11-0203012-W08
Q1701
UNNAMED_9_NPN_I279_B
R1703 5%
20K
1
2 3
1 2
R1704 5%
10K
1 2
_
VVVV314_10
R11-0103032-W08
MMBT3904
GPU TMDPAB dDVI TOP
Mon May 12 19:11:52 2014 01
OF
105-C766xx-00A
3
ABTX2P
ABTX2N
ABTX1P
ABTX1N
ABTX0P
ABTX0N
ABTXCP
ABTXCN
ABTX5P
ABTX5N
ABTX4P
ABTX4N
ABTX3P
ABTX3N
DDC5CLK_DVI
DDC5DAT_DVI
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
VVVV314_10
R11-4990T12-W08
DD
C
HPD_AB_DVI
12
_
C1740
VVVV314_10
1uF
16V
C11-1057023-T04
SHIELD1
1
SHIELD5
5
SHIELD7
ABTX0N
ABTX0P
ABTX1N
ABTX1P
ABTX2N
ABTX2P
ABTX3N
ABTX3P
ABTX4N
ABTX4P
ABTX5N
ABTX5P
DDC5CLK_DVI
DDC5DAT_DVI
ABTXCN
ABTXCP
HPD_AB_DVI
REV:
7
TX0-
B17
TX0+
B18
TX1-
B9
TX1+
B10
TX2-
B1
TX2+
B2
SHLD24
B3
SHLD13
B11
SHLD05
B19
TX3-
B12
TX3+
B13
TX4-
B4
TX4+
B5
TX5-
B20
TX5+
B21
DDCC
B6
DDCD
B7
VDDC
B14
GND
B15
SHLDC
B22
TXC-
B24
TXC+
B23
GND
B8
HPD
B16
MSI
MSI
MSI
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
TITLE:925
J1900A
2/2 UPPER
STACKED DVI - TOP
COMMON
17 9 1
TOWS_multi_con_dvi_1
VVVV314_10
N5B-54F0021-A43
_
16
24
8
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Sheet of
Sheet of
Sheet of
928
928
928
Tonga-256 G5 x32
BB
A
1.0
1.0
1.0
12
8
(10) TMDPCD DP HDMI
7
6
345
2
1
C
OPTIONAL ESD PROTECTION DIODES
A
XXXV314_10
<New PN>
XXXV314_10
<New PN>
XXXV314_10
<New PN>
R1800 1%
150R
1 2
_
VVVV314_10
R11-0151T12-W08
D1802 ESD5V3U1U-02LRH
12
D1803 ESD5V3U1U-02LRH
12
D1804 ESD5V3U1U-02LRH
12
X
X
X
8
U1L
PART 12 OF 19
T
M
D
P
C
/
D
DPCD_CALR
DNI
DNI
BF18
DPCD_CALR
_
VVVV314_10
B03-0851105-A08
U109
DPC_0P DPC_0P
1
2
4
5
NC
NC
NC
NC
ESD-ESD3V3U4ULC-RH
3
8
DPC_0N DPC_0N
DPC_1P DPC_1P
DPC_1N DPC_1N
_
U111
DPC_2P DPC_2P
1
DPC_2N DPC_2N
DPC_3P DPC_3P
DPC_3N DPC_3N
NC
2
NC
4
NC
5
NC
ESD-ESD3V3U4ULC-RH
3
8
_
AUX1N_DPC
AUX1P_DPC DDC3CLK_HDMI
DPC_DONGLE_DET
10
9
7
6
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
10
9
7
6
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
TONGAL3
DTX2P DTX2P
DTX2M DTX2M
DTX1P DTX1P
DTX1M DTX1M
DTX0P DTX0P
DTX0M DTX0M
DTXCAP DTXCAP
DTXCAM DTXCAM
XXXV314_10
<New PN>
XXXV314_10
<New PN>
BM23
TX2P_DPC0P
BL22
TX2M_DPC0N
BJ22
TX1P_DPC1P
BK21
TX1M_DPC1N
BM21
TX0P_DPC2P
BL20
TX0M_DPC2N
BJ20
TXCCP_DPC3P
BK19
TXCCM_DPC3N
BH19
AUX1P
BH18
AUX1N
BH21
DDC1CLK
BH20
DDC1DATA
BJ28
TX5P_DPD0P
BK27
TX5M_DPD0N
BM27
TX4P_DPD1P
BL26
TX4M_DPD1N
BJ26
TX3P_DPD2P
BK25
TX3M_DPD2N
BM25
TXCDP_DPD3P
BL24
TXCDM_DPD3N
BJ24
AUX2P
BK23
AUX2N
BH23
DDC2CLK
BH22
DDC2DATA
U110
1
10
NC
2
9
NC
4
7
NC
6
5
NC
ESD-ESD3V3U4ULC-RH
3
8
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
_
U112
1
10
NC
2
9
NC
4
7
NC
6
5
NC
ESD-ESD3V3U4ULC-RH
3
8
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
_
D1852 ESD5V3U1U-02LRH
12
D1853 ESD5V3U1U-02LRH
12
X
X
7
J1800
1
ML_Lane_0p
3
ML_Lane_0n
4
ML_Lane_1p
6
ML_Lane_1n
7
ML_Lane_2p
9
ML_Lane_2n
10
ML_Lane_3p
12
ML_Lane_3n
15
AUX_CHp
17
AUX_CHn
18
Hot_Det
13
CONFIG 1
UNNAMED_10_DISPLAYPORT_I240_PIN14
5.1M
14
CONFIG 2
DP_W/GASKET
_
VVVV314_10
N5W-20M0610-A43
J1850
1
TMDS Data 2+
3
TMDS Data 2-
4
TMDS Data 1+
6
TMDS Data 1-
7
TMDS Data 0+
9
TMDS Data 0-
10
TMDS Clock+
12
TMDS Clock-
15
DDC Clock
16
DDC Data
19
Hot Plog Detect
14
NC
13
CEC
HDMI_LONG_TYPE
DNI
_
VVVV314_10
N5Y-19M0770-W06
MSI
MSI
MSI
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
TITLE:10 25
100K
5%
10K
5%
20K
10K
_
VVVV314_10
R11-0203012-W08
_
VVVV314_10
R11-0103032-W08
1M
REV:
5%
+3.3V_BUS
DPC_0P
DPC_0N
DPC_1P
DPC_1N
DPC_2P
DPC_2N
DPC_3P
DPC_3N
AUX1P_DPC
AUX1N_DPC
HPD_DPC
DPC_DONGLE_DET
R1806 5%
1 2
DTX2P
DTX2M
DTX1P
DTX1M
DTX0P
DTX0M
DTXCAP
DTXCAM
_
VVVV314_10
R11-0515012-W08
HPD_HDMI
DPC_C0P
DPC_C0N
DPC_C1P
DPC_C1N
DPC_C2P
DPC_C2N
DPC_C3P
DPC_C3N
AUX1P
AUX1N
DDC1CLK
DDC1DATA
DPD_TX2P
DPD_TX2N
DPD_TX1P
DPD_TX1N
DPD_TX0P
DPD_TX0N
DPD_TXCP
DPD_TXCN
DDC3DAT_HDMI
DNI
DNI
6
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
R1832 5%
0R
1 2
61
_
VVVV314_10
D03-7002D30-P15
AUX1P_DPC
Q1802B
2N7002DW
2
C1820 10V
C1821 10V
_
C1822 10V
_
C1823 10V
_
C1824 10V
_
C1825 10V
_
C1826 10V
_
C1827 10V
_
_
C1828 10V
C1829 10V
_
_
X
XXXV314_10
<New PN>
_
VVVV314_10
D03-7002D30-P15
C1870 10V
C1871 10V
_
VVVV314_10
C11-1042042-Y01
C1872 10V
_
VVVV314_10
C11-1042042-Y01
C1873 10V
_
VVVV314_10
C11-1042042-Y01
C1874 10V
_
VVVV314_10
C11-1042042-Y01
C1875 10V
_
VVVV314_10
C11-1042042-Y01
C1876 10V
_
VVVV314_10
C11-1042042-Y01
C1877 10V
_
VVVV314_10
C11-1042042-Y01
_
VVVV314_10
C11-1042042-Y01
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
R1833 5%
1 2
5
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
0.1uF
12
5
R1801
1 2
R1802
1 2
MMBT3904
1
+3.3V_BUS
Q1801
_
VVVV314_10
D02-03904B9-O05
N62218298
_
VVVV314_10
R11-0104042-W08
_
VVVV314_10
R11-0104042-W08
1
2 3
DPC_DONGLE_DET
R1805 5%
1 2
_
VVVV314_10
R11-0105032-W08
R1853 5%
20K
1 2
R1854 5%
10K
1 2
_
VVVV314_10
R11-0203012-W08
_
VVVV314_10
R11-0103032-W08
N28404577
R1803 5%
1 2
R1804
1 2
9
_
VVVV314_10
R11-0103032-W08
_
VVVV314_10
D02-03904B9-O05
9,11
SHELL1
SHELL2
MEC1
MEC2
SHELL3
SHELL4
4
+12V_BUS +12V_BUS
12
R1807
10K
5%
1
N50484859
Q1804
2 3
MMBT3904
7
X1
X2
MEC1
MEC2
X3
X4
12
_
VVVV314_10
R1808
R11-0103032-W08
10K
5%
7
1
Q1805
2 3
2N7002
_
VVVV314_10
D03-7002E49-O05
DVI_EN
_
VVVV314_10
D03-7002E49-O05
_
VVVV314_10
R11-0222012-W08
1
IN
OUT
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
DATE:
SHEET NUMBER:
DOCUMENT NUMBER:
HPD4
OUT
DTX2P
R1870 1%
499R
1 2
DTX2M
R1871 1%
499R
1 2
_
VVVV314_10
DTX1P
R11-4990T12-W08
R1872 1%
499R
1 2
_
VVVV314_10
DTX1M
R11-4990T12-W08
R1873 1%
499R
1 2
_
VVVV314_10
DTX0P
R11-4990T12-W08
R1874 1%
499R
1 2
_
VVVV314_10
DTX0M
R11-4990T12-W08
R1875 1%
499R
1 2
_
VVVV314_10
DTXCAP
R11-4990T12-W08
R1876 1%
499R
1 2
_
VVVV314_10
DTXCAM
R11-4990T12-W08
R1877 1%
499R
1 2
_
VVVV314_10
DPD_GND
R11-4990T12-W08
_
VVVV314_10
Q1850
R11-4990T12-W08
2N7002
2 3
+5V_VESA
12
12
_
R1851
R1852
VVVV314_10
2.2K
2.2K
5%
5%
R11-0222012-W08
+3.3V_BUS
Q1851
MMBT3904
HPD5
2 3
_
VVVV314_10
D02-03904B9-O05
GPU TMDPCD DP HDMI
Mon May 12 19:11:52 2014 01
OF
105-C766xx-00A
3
AUX1N_DPC
0R
X
XXXV314_10
34
<New PN>
Q1802A
2N7002DW
AUX1_BYPSS_EN
DDC3CLK_HDMI
OUT
DDC3CLK_HDMI
9
DDC3DAT_HDMI
HPD_HDMI
DDC3DAT_HDMI
DDC3CLK_HDMI
DTXCAM
DTXCAP
DTX0M
DTX0P
DTX1M
DTX1P
DTX2M
DTX2P
BI
+5V_VESA
DDC3DAT_HDMI
J2501
19
HP_DET
18
+5V
17
GND
16
SDA
15
SCL
14
NC
13
CE Remote
12
CK-
11
CK_Shield
10
CK+
9
D0-
8
D0_Shield
7
D0+
6
D1-
5
D1_Shield
4
D1+
3
D2-
2
D2_Shield
1
D2+
HDMI19PSM_BLACK-RH-5
XXXV314_10
N5Y-19M0760-W06
X
+3.3V_DP
20
DP_PWR
12
12
C1840
C1841
22uF
100uF
6.3V
6.3V
DNI
_
X
VVVV314_10
XXXV314_10
C11-2267014-T04
<New PN>
MEC1
MEC1
19
PWR_RTN
X1
X1
X2
X2
X3
X3
X4
X4
2
GND_0
5
GND_1
8
GND_2
11
GND_3
16
GND_6
+5V_VESA
18
+5V Pwr
12
C1880
1uF
16V
_
VVVV314_10
C11-1057023-T04
8
D0 Shld
5
D1 Shld
2
D2 Shld
11
Clk Shld
17
GND (+5V)
20
CASE
21
CASE
22
CASE
23
CASE
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V31414ci203
MS-V314
MS-V314
Tonga-256 G5 x32
F1800
1 2
SMD1206P110TFT
8V
_
VVVV314_10
D08-0200330-R02
Sheet of
Sheet of
Sheet of
10 28
10 28
10 28
12
+3.3V_BUS
DD
C
BB
A
1.0
1.0
1.0
8
(11) TMDPEF dDVI
7
U1M
PART 13 OF 19
6
345
2
1
BJ48
TX2P_DPE0P
BK47
TX2M_DPE0N
BM47
TX1P_DPE1P
BL46
TX1M_DPE1N
BJ46
TX0P_DPE2P
BK45
TX0M_DPE2N
BM45
TXCEP_DPE3P
BL44
TXCEM_DPE3N
BJ34
DDCAUX4P
BK33
DDCAUX4N
T
M
D
P
E
/
F
DPE_TX2P
DPE_TX2N
DPE_TX1P
DPE_TX1N
DPE_TX0P
DPE_TX0N
DPE_TXCAP
DPE_TXCAN
C
EFTX0P
10
EFTX0M
9
EFTXCP
7
EFTXCM
6
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
EFTX3P
10
EFTX3M
9
7
6
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
6
DPF_TX5P
DPF_TX5N
DPF_TX4P
DPF_TX4N
DPF_TX3P
DPF_TX3N
BD49
TX5P_DPF0P
BE50
TX5M_DPF0N
BE52
TX4P_DPF1P
BF51
TX4M_DPF1N
BF49
TX3P_DPF2P
BG50
TX3M_DPF2N
BG52
TXCFP_DPF3P
BH53
TXCFM_DPF3N
BH49
150R
_
VVVV314_10
R11-0151T12-W08
DPEF_CALR
BC48
DPEF_CALR
_
VVVV314_10
B03-0851105-A08
OPTIONAL ESD PROTECTION DIODES
U105
EFTX2P
1
EFTX2M
2
EFTX1P
4
EFTX1M
5
3
_
U107
EFTX5P
1
EFTX5M
2
EFTX4P
4
EFTX4M
5
3
_
X
XXXV314_10
<New PN>
D1914 ESD8V0R1B-02LRH
D1915 ESD8V0R1B-02LRH
X
XXXV314_10
<New PN>
EFTX2P
10
NC
EFTX2M
9
NC
EFTX1P
7
NC
EFTX1M
6
NC
ESD-ESD3V3U4ULC-RH
8
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
EFTX5P
10
NC
EFTX5M
9
NC
EFTX4P
7
NC
EFTX4M
6
NC
ESD-ESD3V3U4ULC-RH
8
VVVV314_10
D0G-05A0300-I14
ESD_2_5X1
COMMON
12
12
7
R1900 1%
1 2
A
8
TONGAL3
EFTX0P
EFTX0M
EFTXCP
EFTXCM
EFTX3P
EFTX3M
DDCAUX6P
BJ51
DDCAUX6N
U106
1
NC
2
NC
4
NC
5
NC
ESD-ESD3V3U4ULC-RH
3
8
_
U108
1
NC
2
NC
4
NC
5
NC
ESD-ESD3V3U4ULC-RH
3
8
_
DDC6CLK_DVI
DNI
DDC6DAT_DVI
DNI
VVVV314_10 C11-1042042-Y01
C1920 10V
0.1uF
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
VVVV314_10 C11-1042042-Y01
12
C1921 10V
0.1uF
12
_
C1922 10V
0.1uF
12
_
C1923 10V
0.1uF
12
_
C1924 10V
0.1uF
12
_
C1925 10V
0.1uF
12
_
C1926 10V
0.1uF
12
_
C1927 10V
0.1uF
12
_
_
C1928 10V
0.1uF
12
C1929 10V
0.1uF
12
_
C1930 10V
0.1uF
12
_
C1931 10V
0.1uF
12
_
C1932
0.1uF
12
_
C1933 10V
0.1uF
12
_
_
10V
5
EFTX2P
VVVV314_10 R11-4990T12-W08
R1920 1%
499R
1 2
VVVV314_10 R11-4990T12-W08
R1921 1%
499R
1 2
EFTX2M
_
VVVV314_10 R11-4990T12-W08
R1922 1%
499R
1 2
EFTX1P
_
VVVV314_10 R11-4990T12-W08
R1923 1%
499R
1 2
EFTX1M
_
EFTX0P
VVVV314_10 R11-4990T12-W08
R1924 1%
499R
1 2
_
VVVV314_10 R11-4990T12-W08
R1925 1%
499R
1 2
EFTX0M
_
VVVV314_10 R11-4990T12-W08
R1926 1%
499R
1 2
EFTXCP
_
VVVV314_10 R11-4990T12-W08
R1927 1%
499R
1 2
EFTXCM
_
VVVV314_10 R11-4990T12-W08
R1928 1%
499R
1 2
_
VVVV314_10 R11-4990T12-W08
R1929 1%
499R
1 2
_
VVVV314_10 R11-4990T12-W08
R1930 1%
499R
1 2
EFTX4P
_
VVVV314_10 R11-4990T12-W08
R1931 1%
499R
1 2
_
VVVV314_10 R11-4990T12-W08
R1932 1%
499R
1 2
EFTX3P
_
VVVV314_10 R11-4990T12-W08
R1933 1%
499R
1 2
+12V_BUS
12
_
VVVV314_10
R11-0104042-W08
9,10
EFTX5P
EFTX5M
EFTX4M
EFTX3M
DVI_EN
OUT
7
_
VVVV314_10
R1905
D03-7002E49-O05
100K
5%
12
_
C1905
VVVV314_10
0.1uF
16V
C11-1047512-S02
_
VVVV314_10
R11-0222012-W08
MMBT3904
HPD6
OUT
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
DATE:
SHEET NUMBER:
DOCUMENT NUMBER:
4
_
DPEF_GND
_
Q1900
1
2N7002
2 3
+5V_VESA
12
+3.3V_BUS
Q1901
2 3
_
VVVV314_10
D02-03904B9-O05
R1901
2.2K
5%
8
8
8
8
8
12
R1902
2.2K
5%
UNNAMED_11_NPN_I193_B
R1903 5%
1 2
1
R1904 5%
1 2
_
VVVV314_10
R11-0203012-W08
_
VVVV314_10
R11-0103032-W08
_
VVVV314_10
R11-0222012-W08
IN
IN
IN
IN
IN
20K
10K
GPU TMDPEF dDVI BOTTOM
Mon May 12 19:11:53 2014 01
OF
105-C766xx-00A
3
EFTX2P
EFTX2M
EFTX1P
EFTX1M
EFTX0P
EFTX0M
EFTXCP
EFTXCM
EFTX5P
EFTX5M
EFTX4P
EFTX4M
EFTX3P
EFTX3M
DDC6CLK_DVI
DDC6DAT_DVI
A_R_DAC_F
A_G_DAC_F
A_B_DAC_F
HSYNC_DAC_R
VSYNC_DAC_R
HPD_EF_DVI
EFTX0M
EFTX0P
EFTX1M
EFTX1P
EFTX2M
EFTX2P
EFTX3M
EFTX3P
EFTX4M
EFTX4P
EFTX5M
EFTX5P
DDC6CLK_DVI
DDC6DAT_DVI
EFTXCM
EFTXCP
VSYNC_DAC_R
HPD_EF_DVI
A_R_DAC_F
A_G_DAC_F
A_B_DAC_F
HSYNC_DAC_R
MSI
MSI
MSI
REV:
TITLE:11 25
+5V_VESA
12
_
C1940
VVVV314_10
1uF
16V
C11-1057023-T04
SHIELD2
2
SHIELD3
3
SHIELD4
4
TX0-
A17
TX0+
A18
TX1-
A9
TX1+
A10
TX2-
A1
TX2+
A2
SHLD24
A3
SHLD13
A11
SHLD05
A19
TX3-
A12
TX3+
A13
TX4-
A4
TX4+
A5
TX5-
A20
TX5+
A21
DDCC
A6
DDCD
A7
VDDC
A14
GND
A15
SHLDC
A22
TXC-
A24
TXC+
A23
VSYNC
A8
HPD
A16
R
C1
G
C2
B
C3
AGND1
C5
AGND2
C6
HSYNC
C4
SHIELD6
6
SHIELD8
8
SHIELD9
9
SHIELD10
10
SHIELD11
11
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
17
24
C3
C5
C4
1/2 LOWER
9
J1900B
COMMON
TOWS_multi_con_dvi_1
1
STACKED DVI - BOTTOM
VVVV314_10
N5B-54F0021-A43
_
816
C1
C5A
C2
Sheet of
Sheet of
Sheet of
11 28
11 28
11 28
Tonga-256 G5 x32
12
DD
C
BB
A
1.0
1.0
1.0
(12) POWER
8
7
6
345
2
1
OF
105-C766xx-00A
3
U1O
PART 15 OF 19
F9
VMEMIO#1
F13
VMEMIO#2
F17
VMEMIO#3
F21
VMEMIO#4
F25
VMEMIO#5
F29
VMEMIO#6
F33
VMEMIO#7
F37
VMEMIO#8
F41
VMEMIO#9
F45
VMEMIO#10
G7
VMEMIO#11
G47
VMEMIO#12
H46
VMEMIO#13
J6
VMEMIO#14
J45
VMEMIO#15
J48
VMEMIO#16
L43
VMEMIO#17
U17
VMEMIO#18
M14
VMEMIO#19
M22
VMEMIO#20
M32
VMEMIO#21
N6
VMEMIO#22
N13
VMEMIO#23
N16
VMEMIO#24
N18
VMEMIO#25
N21
VMEMIO#26
N23
VMEMIO#27
N31
VMEMIO#28
N33
VMEMIO#29
N36
VMEMIO#30
N38
VMEMIO#31
VMEMIO#32
VMEMIO#33
VMEMIO#34
VMEMIO#35
VMEMIO#36
VMEMIO#37
VMEMIO#38
VMEMIO#39
VMEMIO#40
VMEMIO#41
VMEMIO#42
VMEMIO#43
VMEMIO#44
VMEMIO#45
VMEMIO#46
VMEMIO#47
VMEMIO#48
VMEMIO#49
VMEMIO#50
VMEMIO#51
VMEMIO#52
VMEMIO#53
VMEMIO#54
VMEMIO#55
VMEMIO#56
VMEMIO#57
VMEMIO#58
VMEMIO#59
VMEMIO#60
VMEMIO#61
VMEMIO#62
VMEMIO#63
VMEMIO#64
VMEMIO#65
VMEMIO#66
VMEMIO#67
VMEMIO#68
VMEMIO#69
VMEMIO#70
VMEMIO#71
VMEMIO#72
VMEMIO#73
VMEMIO#74
VMEMIO#75
VMEMIO#76
VMEMIO#77
_
TONGAL3
P
O
W
E
R
N48
P12
P14
P17
P19
P37
P40
T13
T18
T38
U6
U14
U40
V13
V16
V41
W14
W42
AA6
AA13
AB12
AC13
AE6
AJ6
AL13
AM12
AN6
AN13
AR14
AT13
AU6
AU14
AV13
AV16
AY14
AY17
BA6
BA18
BB19
BC11
BE6
BE9
BF8
BG7
BH9
BH13
M27
VDDCI#1
N26
VDDCI#2
N28
VDDCI#3
P22
VDDCI#4
P24
VDDCI#5
P27
VDDCI#6
P30
VDDCI#7
P32
VDDCI#8
P35
VDDCI#9
T21
VDDCI#10
T23
VDDCI#11
T31
VDDCI#12
T33
VDDCI#13
T36
VDDCI#14
U19
VDDCI#15
U22
VDDCI#16
U32
VDDCI#17
U35
VDDCI#18
U37
VDDCI#19
V18
VDDCI#20
V21
VDDCI#21
V33
VDDCI#22
V36
VDDCI#23
V38
VDDCI#24
W17
VDDCI#25
W19
VDDCI#26
W35
VDDCI#27
W37
VDDCI#28
W40
VDDCI#29
AA16
VDDCI#30
AA18
VDDCI#31
AA36
VDDCI#32
AA38
VDDCI#33
AA41
VDDCI#34
AB14
VDDCI#35
AB17
VDDCI#36
AB37
VDDCI#37
AB40
VDDCI#38
AB42
VDDCI#39
AC16
VDDCI#40
AC38
VDDCI#41
AC41
VDDCI#42
AD14
VDDCI#43
AF13
VDDCI#44
AG12
VDDCI#45
AG14
VDDCI#46
AH13
VDDCI#47
AK14
VDDCI#48
AL16
VDDCI#49
AM14
VDDCI#50
AM17
VDDCI#51
AN16
VDDCI#52
AR17
VDDCI#53
AT16
VDDCI#54
AT18
VDDCI#55
AU17
VDDCI#56
AU19
VDDCI#57
AV18
VDDCI#58
AY19
VDDCI#59
AM19
RSVD#6
AR19
RSVD#10
AN18
RSVD#7
BC43
RSVD#23
AM18
RSVD#5
AN19
RSVD#8
AR18
RSVD#9
AF41
FB_VDDCI
AG41
FB_VSSCI
REV:
FB_VDDCI
FB_VSSCI
1uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
C1301 6.3V
C1302 6.3V
C1306 6.3V
C1307 6.3V
_
_
_
_
_
1uF
1uF
1uF
1uF
12
12
12
12
C1323 6.3V
C1324 6.3V
C1325 6.3V
C1326 6.3V
_
_
_
_
_
22uF
22uF
22uF
22uF
12
12
12
12
C1330 6.3V
C1331 6.3V
C1332 6.3V
C1333 6.3V
_
_
_
_
_
OUT
OUT
MSI
MSI
MSI
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
TITLE:12 25
1uF
12
12
12
12
12
C1308 6.3V
C1311 6.3V
C1314 6.3V
C1316 6.3V
C1319 6.3V
_
_
_
_
1uF
12
C1328 6.3V
22uF
12
C1334 6.3V
_
22uF
22uF
22uF
22uF
12
12
12
12
C1335 6.3V
C1336 6.3V
C1337 6.3V
C1338 6.3V
_
_
_
_
_
20
20
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Tonga-256 G5 x32
1uF
12
C1320 6.3V
22uF
12
C1339 6.3V
Sheet of
Sheet of
Sheet of
12 28
12 28
12 28
DD
C
BB
A
1.0
1.0
1.0
12
+VDDGFX
1uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
C1202 6.3V
C1203 6.3V
C1205 6.3V
C1200 6.3V
C1201 6.3V
ADD
C673
220uF
COMMON
+10%/-35%
2V
AL-Polymer
3A@105degC,100KHz
0.009ohm
SMD_7343
_
_
_
_
1uF
12
C1225 6.3V
_
_
_
1uF
1uF
1uF
1uF
12
12
12
12
C1227 6.3V
C1232 6.3V
C1233 6.3V
C1226 6.3V
_
_
_
_
_
1uF
12
12
12
12
12
C1208 6.3V
C1209 6.3V
C1218 6.3V
C1219 6.3V
C1224 6.3V
_
_
_
_
1uF
1uF
1uF
1uF
12
12
12
12
C1236 6.3V
C1240 6.3V
C1243 6.3V
C1244 6.3V
_
_
_
C
FB_VDDGFX
14
OUT
FB_VSS
14
OUT
A
U1N
PART 14 OF 19
T26
VDDGFX#1
T28
VDDGFX#2
U24
VDDGFX#3
U27
VDDGFX#4
U30
VDDGFX#5
V23
VDDGFX#6
V26
VDDGFX#7
V28
VDDGFX#8
V31
VDDGFX#9
W22
VDDGFX#10
W24
VDDGFX#11
W27
VDDGFX#12
W30
VDDGFX#13
W32
VDDGFX#14
AA21
VDDGFX#15
AA23
VDDGFX#16
AA26
VDDGFX#17
AA28
VDDGFX#18
AA31
VDDGFX#19
AA33
VDDGFX#20
AB19
VDDGFX#21
AB22
VDDGFX#22
AB24
VDDGFX#23
AB27
VDDGFX#24
AB30
VDDGFX#25
AB32
VDDGFX#26
AB35
VDDGFX#27
AC18
VDDGFX#28
AC21
VDDGFX#29
AC23
VDDGFX#30
AC26
VDDGFX#31
VDDGFX#32
VDDGFX#33
VDDGFX#34
VDDGFX#35
VDDGFX#36
VDDGFX#37
VDDGFX#38
VDDGFX#39
VDDGFX#40
VDDGFX#41
VDDGFX#42
VDDGFX#43
VDDGFX#44
VDDGFX#45
VDDGFX#46
VDDGFX#47
VDDGFX#48
VDDGFX#49
VDDGFX#50
VDDGFX#51
VDDGFX#52
VDDGFX#53
VDDGFX#54
VDDGFX#55
VDDGFX#56
VDDGFX#57
VDDGFX#58
VDDGFX#59
VDDGFX#60
VDDGFX#61
VDDGFX#62
VDDGFX#63
VDDGFX#64
VDDGFX#65
VDDGFX#66
VDDGFX#67
VDDGFX#68
VDDGFX#69
VDDGFX#70
VDDGFX#71
VDDGFX#72
VDDGFX#73
VDDGFX#74
VDDGFX#75
VDDGFX#76
VDDGFX#77
VDDGFX#78
VDDGFX#79
VDDGFX#80
VDDGFX#81
VDDGFX#82
VDDGFX#83
VDDGFX#84
VDDGFX#85
VDDGFX#86
VDDGFX#87
VDDGFX#88
VDDGFX#89
VDDGFX#90
VDDGFX#91
VDDGFX#92
VDDGFX#93
VDDGFX#94
VDDGFX#95
VDDGFX#96
VDDGFX#97
VDDGFX#98
VDDGFX#99
VDDGFX#100
FB_VDDGFX
FB_VSSGFX
_
TONGAL3
P
O
W
E
R
AC28
AC31
AC33
AC36
AD17
AD19
AD22
AD24
AD27
AD30
AD32
AD35
AD37
AD40
AF16
AF18
AF21
AF23
AF26
AF28
AF31
AF33
AF36
AF38
AG17
AG19
AG22
AG24
AG27
AG30
AG32
AG35
AG37
AH16
AH18
AH21
AH23
AH26
AH28
AH31
AH33
AH36
AH38
AK17
AK19
AK22
AK24
AK27
AK30
AK32
AK35
AK37
AL18
AL21
AL23
AL26
AL28
AL31
AL33
AL36
AM22
AM24
AM27
AM30
AM32
AM35
AN21
AN23
AN26
BB31
BB33
VDDGFX#101
VDDGFX#102
VDDGFX#103
VDDGFX#104
VDDGFX#105
VDDGFX#106
VDDGFX#107
VDDGFX#108
VDDGFX#109
VDDGFX#110
VDDGFX#111
VDDGFX#112
VDDGFX#113
VDDGFX#114
VDDGFX#115
VDDGFX#116
VDDGFX#117
VDDGFX#118
VDDGFX#119
VDDGFX#120
VDDGFX#121
VDDGFX#122
VDDGFX#123
VDDGFX#124
VDDGFX#125
VDDGFX#126
VDDGFX#127
VDDGFX#128
VDDGFX#129
VDDGFX#130
VDDGFX#131
VDDGFX#132
VDDGFX#133
VDDGFX#134
VDDGFX#135
VDDC#1
VDDC#2
VDDC#3
VDDC#4
VDDC#5
VDDC#6
VDDC#7
VDDC#8
VDDC#9
VDDC#10
VDDC#11
VDDC#12
VDDC#13
VDDC#14
VDDC#15
VDDC#16
VDDC#17
VDDC#18
VDDC#19
VDDC#20
VDDC#21
VDDC#22
VDDC#23
VDDC#24
VDDC#25
VDDC#26
VDDC#27
VDDC#28
FB_VDDC
FB_VSSC
AN28
AN31
AN33
AR22
AR24
AR27
AR30
AR32
AT21
AT23
AT26
AT28
AT31
AU22
AU24
AU27
AU30
AV21
AV23
AV26
AV28
AV31
AY22
AY24
AY27
AY30
BA21
BA23
BA26
BA28
BA31
BB24
BB27
BB30
BB32
AL38
AM37
AM40
AN36
AN38
AN41
AR35
AR37
AR40
AT33
AT36
AT38
AT41
AU32
AU35
AU37
AU40
AV33
AV36
AV38
AV41
AY32
AY35
AY37
AY40
BA33
BA36
BA38
BB22
BB23
FB_VDDC
22uF
22uF
22uF
22uF
22uF
12
C1250 6.3V
_
_
22uF
12
C1260 6.3V
_
_
22uF
12
C1270 6.3V
_
_
1uF
12
C1280 6.3V
_
_
22uF
12
C1290 6.3V
_
_
22uF
12
12
12
12
12
C1251 6.3V
C1252 6.3V
C1253 6.3V
C1254 6.3V
C1255 6.3V
_
_
_
_
22uF
22uF
22uF
22uF
22uF
12
12
12
12
12
C1261 6.3V
C1262 6.3V
C1263 6.3V
C1264 6.3V
C1265 6.3V
_
_
_
_
22uF
22uF
22uF
22uF
12
12
12
12
C1271 6.3V
C1272 6.3V
C1273 6.3V
C1274 6.3V
_
_
_
1uF
1uF
12
12
C1287 6.3V
C1288 6.3V
_
22uF
22uF
22uF
22uF
22uF
12
12
12
12
12
C1291 6.3V
C1292 6.3V
C1293 6.3V
C1294 6.3V
C1295 6.3V
_
_
_
_
14
OUT
+VDDGFX +MVDD +VDDCI
22uF
22uF
22uF
22uF
12
12
12
12
C1256 6.3V
C1257 6.3V
C1258 6.3V
C1259 6.3V
_
_
_
_
22uF
22uF
22uF
22uF
12
12
12
12
C1266 6.3V
C1267 6.3V
C1268 6.3V
C1269 6.3V
_
_
_
_
+VDDC
22uF
22uF
12
12
C1296 6.3V
C1297 6.3V
_
_
1uF
1uF
1uF
12
12
12
C1400 6.3V
C1401 6.3V
C1402 6.3V
_
_
_
_
1uF
1uF
1uF
12
12
12
C1410 6.3V
C1411 6.3V
C1412 6.3V
_
_
_
_
1uF
1uF
1uF
12
12
12
C1420 6.3V
C1421 6.3V
C1422 6.3V
_
_
_
_
1uF
1uF
1uF
12
12
12
C1430 6.3V
C1431 6.3V
C1432 6.3V
_
_
_
_
1uF
1uF
1uF
12
12
12
C1440 6.3V
C1441 6.3V
C1442 6.3V
_
_
_
_
1uF
1uF
1uF
1uF
12
12
C1403 6.3V
C1404 6.3V
_
_
1uF
1uF
12
12
C1413 6.3V
C1414 6.3V
_
_
1uF
1uF
12
12
C1423 6.3V
C1424 6.3V
_
_
1uF
1uF
12
12
C1433 6.3V
C1434 6.3V
_
_
1uF
1uF
12
12
C1443 6.3V
C1444 6.3V
_
_
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
DATE:
1uF
1uF
1uF
12
12
12
12
12
C1407 6.3V
C1408 6.3V
C1409 6.3V
C1405 6.3V
C1406 6.3V
_
_
_
_
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
C1418 6.3V
C1419 6.3V
C1415 6.3V
C1416 6.3V
C1417 6.3V
_
_
_
_
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
C1428 6.3V
C1429 6.3V
C1425 6.3V
C1426 6.3V
C1427 6.3V
_
_
_
_
1uF
1uF
1uF
1uF
1uF
12
12
12
12
12
C1438 6.3V
C1439 6.3V
C1435 6.3V
C1436 6.3V
C1437 6.3V
_
_
_
_
1uF
12
C1445 6.3V
GPU POWER
Mon May 12 19:11:55 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
8
7
6
5
4
(13) GND
8
7
6
345
2
1
U1P
PART 16 OF 19
A4
VSS#1
A48
VSS#2
A50
VSS#3
B7
VSS#4
B9
VSS#5
B11
VSS#6
B13
VSS#7
B15
VSS#8
B17
VSS#9
B19
VSS#10
B21
VSS#11
B23
VSS#12
B25
VSS#13
B27
VSS#14
B29
VSS#15
B31
VSS#16
B33
VSS#17
B35
VSS#18
B37
VSS#19
B39
VSS#20
B41
VSS#21
B43
VSS#22
B45
VSS#23
B47
VSS#24
C3
VSS#25
C51
VSS#26
D1
VSS#27
D53
VSS#28
F7
VSS#29
F10
VSS#30
F11
VSS#31
F14
VSS#32
F15
VSS#33
F18
VSS#34
F19
VSS#35
F23
VSS#36
F27
VSS#37
F31
VSS#38
F35
VSS#39
F36
VSS#40
F39
C
VSS#41
F43
VSS#42
F47
VSS#43
G2
G6
G29
G48
G52
H9
H12
H16
H21
H25
H32
H35
H38
H42
H45
J2
J8
J14
J18
J22
J28
J31
J33
J39
J46
J52
K6
K15
K19
K21
K23
K26
K36
K40
L2
L6
L16
L25
L29
L38
L42
L48
L52
M8
M13
M16
M33
M45
M48
N2
N12
N14
N17
N19
N22
N24
N27
G
VSS#44
N
VSS#45
D
VSS#46
VSS#47
VSS#48
VSS#49
VSS#50
VSS#51
VSS#52
VSS#53
VSS#54
VSS#55
VSS#56
VSS#57
VSS#58
VSS#59
VSS#60
VSS#61
VSS#62
VSS#63
VSS#64
VSS#65
VSS#66
VSS#67
VSS#68
VSS#69
VSS#70
VSS#71
VSS#72
VSS#73
VSS#74
VSS#75
VSS#76
VSS#77
VSS#78
VSS#79
VSS#80
VSS#81
VSS#82
VSS#83
VSS#84
VSS#85
VSS#86
VSS#87
VSS#88
VSS#89
VSS#90
VSS#91
VSS#92
VSS#93
VSS#94
VSS#95
VSS#96
VSS#97
VSS#98
VSS#99
VSS#100
TONGAL3
_
VSS#140
VSS#141
VSS#142
VSS#143
VSS#144
VSS#145
VSS#146
VSS#147
VSS#148
VSS#149
VSS#150
VSS#151
VSS#152
VSS#153
VSS#154
VSS#155
VSS#156
VSS#157
VSS#158
VSS#159
VSS#160
VSS#161
VSS#162
VSS#163
VSS#164
VSS#165
VSS#166
VSS#167
VSS#168
VSS#169
VSS#170
VSS#171
VSS#172
VSS#173
VSS#174
VSS#175
VSS#176
VSS#177
VSS#178
VSS#179
VSS#180
VSS#181
VSS#182
VSS#183
VSS#184
VSS#185
VSS#186
VSS#187
VSS#188
VSS#189
VSS#190
VSS#191
VSS#192
VSS#193
VSS#194
VSS#195
VSS#196
VSS#197
VSS#198
VSS#199
VSS#200
VSS#101
VSS#102
VSS#103
VSS#104
VSS#105
VSS#106
VSS#107
VSS#108
VSS#109
VSS#110
VSS#111
VSS#112
VSS#113
VSS#114
VSS#115
VSS#116
VSS#117
VSS#118
VSS#119
VSS#120
VSS#121
VSS#122
VSS#123
VSS#124
VSS#125
VSS#126
VSS#127
VSS#128
VSS#129
VSS#130
VSS#131
VSS#132
VSS#133
VSS#134
VSS#135
VSS#136
VSS#137
VSS#138
VSS#139
N30
N32
N35
N37
N40
N52
P6
P9
P13
P16
P18
P21
P23
P26
P28
P31
P33
P36
P38
P41
P46
P48
R2
R6
R10
R44
R48
R50
T8
T11
T12
T14
T17
T19
T22
T24
T27
T30
T32
T35
T37
T40
T42
T43
T46
T53
U2
U13
U16
U18
U21
U23
U26
U28
U31
U33
U36
U38
U41
V6
V9
V14
V17
V19
V22
V24
V27
V30
V32
V35
V37
V40
V42
V44
V53
W2
W6
W10
W13
W16
W18
W21
W23
W26
W28
W31
W33
W36
W38
W41
W48
W50
Y48
Y53
AA2
AA8
AA10
AA14
AA17
AA19
U1Q
PART 17 OF 19
AA22
VSS#201
AA24
VSS#202
AA27
VSS#203
AA30
VSS#204
AA32
VSS#205
AA35
VSS#206
AA37
VSS#207
AA40
VSS#208
AA42
VSS#209
AA48
VSS#210
AB9
VSS#211
AB13
VSS#212
AB16
VSS#213
AB18
VSS#214
AB21
VSS#215
AB23
VSS#216
AB26
VSS#217
AB28
VSS#218
AB31
VSS#219
AB33
VSS#220
AB36
VSS#221
AB38
VSS#222
AB41
VSS#223
AB48
VSS#224
AB53
VSS#225
AC2
VSS#226
AC6
VSS#227
AC10
VSS#228
AC14
VSS#229
AC17
VSS#230
AC19
VSS#231
AC22
VSS#232
AC24
VSS#233
AC27
VSS#234
AC30
VSS#235
AC32
VSS#236
AC35
VSS#237
AC37
VSS#238
AC40
VSS#239
AC42
VSS#240
AC45
VSS#241
AC48
VSS#242
AD13
VSS#243
_
VSS#244
VSS#245
VSS#246
VSS#247
VSS#248
VSS#249
VSS#250
VSS#251
VSS#252
VSS#253
VSS#254
VSS#255
VSS#256
VSS#257
VSS#258
VSS#259
VSS#260
VSS#261
VSS#262
VSS#263
VSS#264
VSS#265
VSS#266
VSS#267
VSS#268
VSS#269
VSS#270
VSS#271
VSS#272
VSS#273
VSS#274
VSS#275
VSS#276
VSS#277
VSS#278
VSS#279
VSS#280
VSS#281
VSS#282
VSS#283
VSS#284
VSS#285
VSS#286
VSS#287
VSS#288
VSS#289
VSS#290
VSS#291
VSS#292
VSS#293
VSS#294
VSS#295
VSS#296
VSS#297
VSS#298
VSS#299
VSS#300
TONGAL3
G
N
D
AD16
AD18
AD21
AD23
AD26
AD28
AD31
AD33
AD36
AD38
AD41
AD48
AD53
AE2
AE8
AE11
AE45
AE48
AF10
AF14
AF17
AF19
AF22
AF24
AF27
AF30
AF32
AF35
AF37
AF40
AF45
AF48
AF53
AG2
AG6
AG13
AG16
AG18
AG21
AG23
AG26
AG28
AG31
AG33
AG36
AG38
AG48
AH9
AH14
AH17
AH19
AH22
AH24
AH27
AH30
AH32
AH35
VSS#301
VSS#302
VSS#303
VSS#304
VSS#305
VSS#306
VSS#307
VSS#308
VSS#309
VSS#310
VSS#311
VSS#312
VSS#313
VSS#314
VSS#315
VSS#316
VSS#317
VSS#318
VSS#319
VSS#320
VSS#321
VSS#322
VSS#323
VSS#324
VSS#325
VSS#326
VSS#327
VSS#328
VSS#329
VSS#330
VSS#331
VSS#332
VSS#333
VSS#334
VSS#335
VSS#336
VSS#337
VSS#338
VSS#339
VSS#340
VSS#341
VSS#342
VSS#343
VSS#344
VSS#345
VSS#346
VSS#347
VSS#348
VSS#349
VSS#350
VSS#351
VSS#352
VSS#353
VSS#354
VSS#355
VSS#356
VSS#357
VSS#358
VSS#359
VSS#360
VSS#361
VSS#362
VSS#363
VSS#364
VSS#365
VSS#366
VSS#367
VSS#368
VSS#369
VSS#370
VSS#371
VSS#372
VSS#373
VSS#374
VSS#375
VSS#376
VSS#377
VSS#378
VSS#379
VSS#380
VSS#381
VSS#382
VSS#383
VSS#384
VSS#385
VSS#386
VSS#387
VSS#388
VSS#389
VSS#390
VSS#391
VSS#392
VSS#393
VSS#394
VSS#395
VSS#396
VSS#397
VSS#398
VSS#399
VSS#400
AH37
AH40
AH45
AH48
AH53
AJ2
AJ7
AJ11
AJ45
AJ48
AK13
AK16
AK18
AK21
AK23
AK26
AK28
AK31
AK33
AK36
AK38
AK41
AK48
AK53
AL2
AL6
AL9
AL14
AL17
AL19
AL22
AL24
AL27
AL30
AL32
AL35
AL37
AL40
AL45
AL48
AM8
AM13
AM16
AM21
AM23
AM26
AM28
AM31
AM33
AM36
AM38
AM41
AM45
AM48
AM53
AN2
AN9
AN12
AN14
AN17
AN22
AN24
AN27
AN30
AN32
AN35
AN37
AN40
AN45
AN48
AP48
AP53
AR2
AR6
AR8
AR13
AR16
AR21
AR23
AR26
AR28
AR31
AR33
AR36
AR38
AR41
AR45
AT6
AT10
AT14
AT17
AT19
AT22
AT24
AT27
AT30
AT32
AT35
AT37
AT40
U1S
PART 18 OF 19
AT49
VSS#401
AT53
VSS#402
AU2
VSS#403
AU13
VSS#404
AU16
VSS#405
AU18
VSS#406
AU21
VSS#407
AU23
VSS#408
AU26
VSS#409
AU28
VSS#410
AU31
VSS#411
AU33
VSS#412
AU36
VSS#413
AU38
VSS#414
AU41
VSS#415
AU50
VSS#416
AU52
VSS#417
AV8
VSS#418
AV11
VSS#419
AV14
VSS#420
AV17
VSS#421
AV19
VSS#422
AV22
VSS#423
AV24
VSS#424
AV27
VSS#425
AV30
VSS#426
AV32
VSS#427
AV35
VSS#428
AV37
VSS#429
AV40
VSS#430
AV43
VSS#431
AV46
VSS#432
AW2
VSS#433
AW6
VSS#434
AW9
VSS#435
AW45
VSS#436
AW50
VSS#437
AW52
VSS#438
AY10
VSS#439
AY13
VSS#440
AY16
VSS#441
AY18
VSS#442
AY21
VSS#443
_
VSS#444
VSS#445
VSS#446
VSS#447
VSS#448
VSS#449
VSS#450
VSS#451
VSS#452
VSS#453
VSS#454
VSS#455
VSS#456
VSS#457
VSS#458
VSS#459
VSS#460
VSS#461
VSS#462
VSS#463
VSS#464
VSS#465
VSS#466
VSS#467
VSS#468
VSS#469
VSS#470
VSS#471
VSS#472
VSS#473
VSS#474
VSS#475
VSS#476
VSS#477
VSS#478
VSS#479
VSS#480
VSS#481
VSS#482
VSS#483
VSS#484
VSS#485
VSS#486
VSS#487
VSS#488
VSS#489
VSS#490
VSS#491
VSS#492
VSS#493
VSS#494
VSS#495
VSS#496
VSS#497
VSS#498
VSS#499
VSS#500
TONGAL3
G
N
D
AY23
AY26
AY28
AY31
AY33
AY36
AY38
AY46
AY48
AY49
AY51
BA2
BA14
BA17
BA19
BA22
BA24
BA27
BA30
BA32
BA35
BA37
BB8
BB11
BB16
BB18
BB21
BB26
BB28
BB46
BB48
BB49
BB51
BB53
BC2
BC6
BC16
BC19
BC23
BC28
BC33
BC40
BC46
BC50
BD15
BD18
BD29
BD38
BD48
BD53
BE2
BE8
BE12
BE18
BE25
BE48
BF9
VSS#501
VSS#502
VSS#503
VSS#504
VSS#505
VSS#506
VSS#507
VSS#508
VSS#509
VSS#510
VSS#511
VSS#512
VSS#513
VSS#514
VSS#515
VSS#516
VSS#517
VSS#518
VSS#519
VSS#520
VSS#521
VSS#522
VSS#523
VSS#524
VSS#525
VSS#526
VSS#527
VSS#528
VSS#529
VSS#530
VSS#531
VSS#532
VSS#533
VSS#534
VSS#535
VSS#536
VSS#537
VSS#538
VSS#539
VSS#540
VSS#541
VSS#542
VSS#543
VSS#544
VSS#545
VSS#546
VSS#547
VSS#548
VSS#549
VSS#550
VSS#551
VSS#552
VSS#553
VSS#554
VSS#555
VSS#556
VSS#557
VSS#558
VSS#559
VSS#560
VSS#561
VSS#562
BF14
BF16
BF19
BF21
BF26
BF32
BF35
BF53
BG2
BG6
BF42
BG35
BG40
BH1
BH7
BH11
BH12
BH14
BH15
BH24
BH25
BH30
BH31
BH36
BH37
BH38
BH39
BH40
BH46
BH47
BJ18
BK1
BK15
BK39
BK53
BL3
BL16
BL38
BL42
BL51
BM7
BM9
BM11
BM13
BM19
BM43
BN4
BN16
BN20
BN22
BN24
BN26
BN28
BN30
BN32
BN34
BN36
BN38
BN42
BN44
BN46
BN50
DD
C
BB
A
8
7
6
5
4
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
GPU GND
DATE:
Mon May 12 19:11:55 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
OF
105-C766xx-00A
3
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:13 25
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
13 28
13 28
13 28
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
8
7
6
345
2
1
(14) VDDGFX/VDDC CNTL
PERSTB_BUF
IN
VDDC_PGOOD
C
A
8
AMD SVI2 POWER CKT - 6+1 PHASE
R21
3.3K
C25 47P
_
R11-0332012-R01
VVVV314_10
X
C36
XXXV314_10
<New PN>
X_0.1U
R41
24.3K
_
VVVV314_10
R11-2432T12-R01
R43
3.3K
C127 47P
_
VVVV314_10
R11-0332012-R01
C129
1000P
R76
33.2K
VVVV314_10
R11-3322T12-R01
C66
1U
SVD
SVC
C21
2200P
_
_
C11-2222012-W08
VVVV314_10
C11-4701812-M09
VVVV314_10
_
VVVV314_10
C11-1047512-S02
C125
2200P
_
_
VVVV314_10
C11-2222012-W08
VVVV314_10
C11-4701812-M09
_
VVVV314_10
C11-1047512-S02
+1.8V+3.3V_BUS
C124
0.1U
_
C128
0.1U
6 PHASE:280KHZ
PUT CLOSE
R20
47
_
C11-3311512-W08
VVVV314_10
R11-0102032-R01
VVVV314_10
X
XXXV314_10
<New PN>
OUT
R42
47
_
VVVV314_10
R11-0102032-R01
_
VVVV314_10
C11-1021812-W08
6
C26
330P
_
C23
X_0.1U
I_OUT
C126
220P
_
VVVV314_10
C11-2211032-M09
VVVV314_10
R11-0104042-W08
_
TO PWM
_
VVVV314_10
C11-1057322-T04
R98
100K
R11-0104042-W08
_
VVVV314_10
19
R143
100K
NC7SZ08P5X
3 5
PWM_ENABLE
VVVV314_10
R11-0000012-W08
VVVV314_10
R11-0101012-Y01
IN
BI
12
U593B
BI
OUT
IN
IN
R512
0R
_
R513
100R
_
0R
VVVV314_10
R11-0000012-W08
_
IN
BI
OUT
_
VVVV314_10
R11-0103032-W08
SVC
SVD
X
XXXV314_10
<New PN>
C616
0.1uF
16V
5%
5%
R511
7,14
_
VVVV314_10
C11-1047512-S02
SVD
SVT
SVC
VDDGFX_C_EN
VVVV314_10
R516
R11-0101012-Y01
100R
5%
_
R518
0R
_
_
VVVV314_10
R11-0000012-W08
_
VVVV314_10
R11-0101012-Y01
100R
5%
REGLTR_SCL
REGLTR_SDA
GPIO_5_VRHOT_OCPB
+1.8V
12
R1050
10K
5%
12
R1051
10K
5%
DNI
7,14
7
7,14
15,23
15,23
R565
5%
_
R11-0000012-W08
VVVV314_10
UNNAMED_14_CAP_I92_A
VVVV314_10
R11-0000012-W08
UNNAMED_14_CAP_I92_B
5%
R517
5%
19,23,26
19,23,26
7,19
12
R1052
10K
5%
DNI
12
R1053
10K
5%
_
VVVV314_10
R11-0103032-W08
0R
R566
5%
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
5%
_
VVVV314_10
C11-1057322-T04
C118
X_0.1U
X
XXXV314_10
<New PN>
_
VVVV314_10
C11-1021812-W08
0R
C119
X_0.1U
R553
0R
X
XXXV314_10
<New PN>
SVI2 BOOT UP VOLTAGE
(VDDGFX/VDDC)
SVC
0
C59
1U
_
R25 1K
R11-0470012-R01
VVVV314_10
12
C526
1000pF
50V
_
R44 1K
VVVV314_10
R11-0470012-R01
VOLTAGE
SVD
0
1.1V
1.0V0
1
0.9V
01
0.8V
11
_
VVVV314_10
T70-7SZ0810-F01
U593A
NC7SZ08P5X
1
1,2,24
OUT
IN
IN
IN
IN
IN
IN
2
VDDC_PGOOD
23
VDDGFX_LOCAL+
16
FB_VDDGFX
12
FB_VSS
12
VDDGFX_LOCAL-
16
VDDC_LOCAL+
FB_VDDC
7,14
_
VVVV314_10
T70-7SZ0810-F01
R592
0R
5%
X
DNI
XXXV314_10
<New PN>
18
12
4
7
VVVV314_10
R11-022AT13-R01
_
VVVV314_10
C11-1057023-T04
_
1
PWROK
2
SVD
3
SVT
4
SVC
5
VDDIO
10
ENABLE
9
VDD_PWRGD
50
DIFF
47
COMP
48
FB
49
TRBST
51
VDD
52
VSS
42
IOUT
8
VDDNB_PWRGD
17
DIFFNB
19
COMPNB
16
FBNB
18
TRBSTNB
15
VDDNB
23
IOUTNB
6
SCL
7
SDA
14
OCP_L
_
VVVV314_10
I32-810220C-O05
+5V
R521
2.2/0603
12
C543
1uF
16V
VCORE PORTION
NB PORTION
ROSC
12
R75
82K
VVVV314_10
R11-0823T12-R01
_
5
+12V_EXT_A
11
VCC
+12V_EXT_B
R99
6.04K
_
13
VRMP
EPAD
53
+12V_BUS
R26
R123
6.04K
6.04K
12
_
_
C544
1uF
_
16V
6X6
52PIN
QFN
DRON
PWM1/SR
CSN1
CSP1
PWM2/IMAX
CSN2
CSP2
PWM3/IMAXNB
CSN3
CSP3
PWM4/ADD
CSN4
CSP4
CSSUM
CSCOMP
ILIM
DROOP
CSREF
PWM1NB/SRNB
CSN1NB
CSP1NB
CSSUMNB
CSCOMPNB
ILIMNB
DROOPNB
BOTTOM PAD
CONNECT TO
GND Through
4 VIAs
VVVV314_10
R11-6041T12-R01
U10
NCP81022
32
31
34
33
14,15,16
14,15,16
29
38
37
14,15,16
14,15,16
30
36
35
14,15,17
14,15,17
28
39
40
43
44
46
R46 93.1K
_
VVVV314_10
R11-9312T12-R01
45
41
27
26
25
24
22
20
R66 23.2K
_
VVVV314_10
R11-2322T12-W08
21
VVVV314_10
R11-6041T12-R01
VVVV314_10
C11-1057023-T04
CSP1
CSP4
CSP2
CSP5
CSP3
CSP6
R144
1K
_
VVVV314_10
R11-0102032-R01
R84
1K
C48
1000P
_
VVVV314_10
_
R11-0102032-R01
VVVV314_10
C11-1021812-W08
SR_VDDC
CSP_VDDC
R112
1K
C55
1000P
_
VVVV314_10
R11-0102032-R01
_
VVVV314_10
C11-1021812-W08
VVVV314_10
R11-6041T12-R01
+5V
R145 100K
1 2
R585
470KR
R60
3K
_
R77 100K
1 2
R584
470KR
R72
3K
4
_
VVVV314_10
R11-7151T12-R01
_
VVVV314_10
R11-7151T12-R01
_
VVVV314_10
R11-7151T12-R01
_
VVVV314_10
R11-7151T12-R01
R69 7.15K
R70 7.15K
R148 7.15K
R149 7.15K
R153 7.15K
R154 7.15K
_
VVVV314_10
R11-7151T12-R01
_
VVVV314_10
R11-7151T12-R01
_
3%
_
VVVV314_10
R11-0104T22-W08
VVVV314_10
R51-0474022-M09
VVVV314_10
R11-0302T12-Y01
R71
_
VVVV314_10
R11-3481T12-R01
_
3%
_
VVVV314_10
R11-0104T22-W08
VVVV314_10
R51-0474022-M09
VVVV314_10
_
R11-0302T12-Y01
X
XXXV314_10
<New PN>
_
VVVV314_10
C11-1047512-S02
X
XXXV314_10
<New PN>
_
VVVV314_10
C11-1047512-S02
0R
R14 X_100K
C58
0.1U
R27 X_100K
C57
0.1U
R23 X_100K
C24
0.1U
X
X
XXXV314_10
XXXV314_10
<New PN>
C11-1053024
_
VVVV314_10
C11-1047512-S02
R146 150K
_
C144 1000P
_
C146 560P
_
VVVV314_10
R11-0154012-R01
VVVV314_10
C11-1021812-W08
VVVV314_10
C11-5612012-W08
C28
1000P
_
VVVV314_10
C11-1021812-W08
C35
0.1U
3.48K
_
VVVV314_10
C11-1047512-S02
R147 150K
_
C135 1000P
_
C145 560P
_
VVVV314_10
R11-0154012-R01
VVVV314_10
C11-1021812-W08
VVVV314_10
C11-5612012-W08
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
DATE:
SHEET NUMBER:
DOCUMENT NUMBER:
X
X
XXXV314_10
XXXV314_10
C11-1053024
C11-1053024
X
XXXV314_10
C11-1053024
VVVV314_10
R11-0000012-W08
R551
_
5%
C62
X_10n
C64
X_10n
C65
X_10n
C34
1000P
_
VVVV314_10
C11-1021812-W08
VDDGFX/VDDC CNTL
R15 20
R16 20
C29
X_1n
R18 20
R17 20
R22 20
R24 20
VVVV314_10
R35 47K
VVVV314_10
R39 47K
_
VVVV314_10
R36 47K
_
VVVV314_10
R37 47K
_
VVVV314_10
R88 47K
_
VVVV314_10
R87 47K
_
_
VVVV314_10
R89 10
VVVV314_10
R90 10
_
VVVV314_10
R91 10
_
VVVV314_10
R92 10
_
VVVV314_10
R93 10
_
VVVV314_10
R94 10
_
_
R68 10
CSP_VDDC
_
VVVV314_10
R11-0100042-W08
_
R67
VVVV314_10
47K
R11-0473012-R01
Mon May 12 19:11:53 2014 01
105-C766xx-00A
CSP_VDDC
OF
_VVVV314_10
R11-0200T12-R01
_VVVV314_10
R11-0200T12-R01
_VVVV314_10
R11-0200T12-R01
_VVVV314_10
R11-0200T12-R01
IMAX_VDDC
_VVVV314_10
R11-0200T12-R01
_VVVV314_10
R11-0200T12-R01
R11-0473012-R01
R11-0473012-R01
R11-0473012-R01
R11-0473012-R01
R11-0473012-R01
R11-0473012-R01
R11-0100042-W08
R11-0100042-W08
R11-0100042-W08
R11-0100042-W08
R11-0100042-W08
R11-0100042-W08
PWM_VDDC
CSN_VDDC
CSP_VDDC
SR
IMAX
ADDR
3
DD
15,16,17,18
DRVON
15
PWM1
14,15,16
CSN1
14,15,16
CSN4
15
PWM2
14,15,16
CSN2
14,15,16
CSN5
15
PWM3
14,15,17
CSN3
14,15,17
CSN6
14,15,16
CSP1
14,15,16
CSP2
14,15,17
CSP3
14,15,16
CSP4
14,15,16
CSP5
14,15,17
CSP6
14,15,16
CSN1
14,15,16
CSN2
14,15,17
CSN3
14,15,16
CSN4
14,15,16
CSN5
14,15,17
CSN6
18
18
18
SR
VCORE
SLEW
RATE
SETTING
_
VVVV314_10
R11-0104T22-W08
SR_VDDC
VDD_NB
SLEW
RATE
SETTING
_
VVVV314_10
R11-0104T22-W08
REV:
SMBus ADDRESS
RESISTOR
VALUE
R86
100K
R73
100K
MSI
MSI
MSI
TITLE:14 25
ADDRESS
(Hex)
10K
20
21
25K
22
45K
70K
23
24
95K
25125K
165K
26
27220K
ADDR
I2C
ADDRESS
R62
10K
IMAX
VDDGFXI MAX
SET AT 150A
R65
121K
IMAX_VDDC
VDDC
IMAX SET
AT 50A
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
R74
100K
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Tonga-256 G5 x32
_
VVVV314_10
R11-0103T12-R01
_
VVVV314_10
R11-1213T32-R01
_
VVVV314_10
R11-0104T22-W08
Sheet of
Sheet of
Sheet of
14 28
14 28
14 28
C
BB
A
1.0
1.0
1.0
12
(15) PHASE DOUBLERS
PWM1
DRVON
PWM_ENABLE
PWM2
DRVON
PWM_ENABLE
_
VVVV314_10
R11-0103T12-R01
+5V
+5V
5%
_
R11-0000012-W08
VVVV314_10
+5V
+5V
5%
VVVV314_10
R11-0000012-W08
_
14
14,15,16,17,18
14,15,23
R567
0R
X
R11-0000013-R01
XXXV314_10
_
R11-0103T12-R01
VVVV314_10
14
14,15,16,17,18
14,15,23
R568
0R
X
R11-0000013-R01
XXXV314_10
+5V
R164
X_0
+5V
R168
X_0
+5V
R63
10K
R64
10K
R11-047AT13-R01
VVVV314_10
7
PWM_IN
8
PWM_BP
6
DRVON
4
EN
5
RDY
13
MIDA_B
3
DBL_EN
2
MID_HL
_
I33-811620C-O05
VVVV314_10
R11-047AT13-R01
VVVV314_10
7
PWM_IN
8
PWM_BP
6
DRVON
4
EN
5
RDY
13
MIDA_B
3
DBL_EN
2
MID_HL
VVVV314_10
I33-811620C-O05
_
+5V
R159
_
4.7/0603
_
C11-1057023-T04
C148
VVVV314_10
1U
_
C11-1047512-S02
VVVV314_10
C37
0.1U
X
X
C11-1053024
C11-1053024
XXXV314_10
XXXV314_10
_
C11-1057023-T04
VVVV314_10
_
C11-1047512-S02
VVVV314_10
C39
0.1U
X
C11-1053024
XXXV314_10
_
C11-1047512-S02
VVVV314_10
R175 3.48K
R157
R178 3.48K
C38
R165
0.1U
C149
X_10n
_
C11-1047512-S02
VVVV314_10
R177 3.48K
R161
R179 3.48K
C40
R158
0.1U
C147
X_10n
X_100K
X_100K
X_100K
X_100K
PWM1_A
CSP1
CSN1
PWM4_B
CSP4
CSN4
PWM2_A
CSP2
CSN2
PWM5_B
CSP5
CSN5
16
14,16
14,16
16
14,16
14,16
16
14,16
14,16
16
14,16
14,16
_
R11-3481T12-R01
VVVV314_10
X
<New PN>
XXXV314_10
_
R11-3481T12-R01
VVVV314_10
X
<New PN>
XXXV314_10
_
R11-3481T12-R01
VVVV314_10
X
<New PN>
XXXV314_10
_
R11-3481T12-R01
VVVV314_10
X
<New PN>
XXXV314_10
U12
1
16
NCP81162
14
PWMA
10
CSPA
VCCA
VCCD
9
CSNA
15
PWMB
12
CSPB
11
CSNB
PAD_GND
17
C192
X_10n
+5V
_
R155
4.7/0603
C182
1U
U13
1
16
NCP81162
14
PWMA
10
CSPA
VCCA
VCCD
9
CSNA
15
PWMB
12
CSPB
11
CSNB
PAD_GND
17
C189
X_10n
X
C11-1053024
+5V
XXXV314_10
PWM3
DRVON
PWM_ENABLE
+5V
+5V
VVVV314_10
R11-0000012-W08
_
_
R11-0103T12-R01
VVVV314_10
14
14,15,16,17,18
14,15,23
R569
5%
0R
XXXV314_10
R11-0000013-R01
X
R174
X_0
R78
10K
VVVV314_10
R11-047AT13-R01
_
7
PWM_IN
8
PWM_BP
6
DRVON
4
EN
5
RDY
13
MIDA_B
3
DBL_EN
2
MID_HL
_
I33-811620C-O05
VVVV314_10
1
VCCA
R160
4.7/0603
16
VCCD
PAD_GND
17
U9
NCP81162
PWMA
CSPA
CSNA
PWMB
CSPB
CSNB
_
C11-1057023-T04
C183
VVVV314_10
1U
_
C11-1047512-S02
VVVV314_10
14
10
9
15
12
11
C193
X_10n
C11-1053024
XXXV314_10
_
C11-1047512-S02
VVVV314_10
R176 3.48K
C41
R173
0.1U
X
X
C11-1053024
XXXV314_10
C42
0.1U
C185
X_10n
X_100K
R180 3.48K
R167
X_100K
PWM3_A
CSP3
CSN3
PWM6_B
CSP6
CSN6
17
14,17
14,17
17
14,17
14,17
_
R11-3481T12-R01
VVVV314_10
X
<New PN>
XXXV314_10
_
R11-3481T12-R01
VVVV314_10
X
<New PN>
XXXV314_10
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
14ci203
MS-V314
MSI
MSI
MSI
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Date:
Date:
Date:
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Sheet of
Sheet of
Sheet of
15 28
15 28
15 28
1.0
1.0
1.0
(16) VDDGFX POWER STAGE 1
_
VVVV314_10
R11-022AT14-R01
15
15
R226
2.2/0603
14,15,16,17,18
C231
10U/16V/X5R
14,15,16,17,18
15
15
PWM1_A
DRVON
PWM4_B
DRVON
PWM2_A
DRVON
PWM5_B
DRVON
_
R156 51
VVVV314_10
R11-0510T12-R01
_
R166 51
VVVV314_10
R11-0510T12-R01
C211
10U/16V/X5R
VVVV314_10
R11-022AT13-R01
R190 51
_
VVVV314_10
R11-0510T12-R01
R185 51
_
VVVV314_10
R11-0510T12-R01
10U/16V/X5R
_
VVVV314_10
C11-1067514-T04
VVVV314_10
R11-022AT13-R01
VVVV314_10
C11-1067514-T04
14,15,16,17,18
14,15,16,17,18
+12V_EXT_A
_
_
+12V_EXT_A
+12V_EXT_B
_
C228
R183
2.2/0805
_
VVVV314_10
C11-1067514-T04
R188
2.2/0603
VVVV314_10
R11-022AT13-R01
_
U14 NCP81061
4
VCC1
2
PWM1
3
EN1
10
GND2
8
VCC2
6
PWM2
7
EN2
14
GND1
VVVV314_10
17
I33-810610C-O05
_
_
VVVV314_10
R11-022AT13-R01
BOTTOM PAD
CONNECT TO
GND Through
6 VIAs
VVVV314_10
C11-1047612-M09
_
VVVV314_10
R11-022AT13-R01
_
U15 NCP81061
4
VCC1
2
PWM1
3
EN1
10
GND2
8
VCC2
6
PWM2
7
EN2
14
GND1
VVVV314_10
17
I33-810610C-O05
_
VVVV314_10
R11-022AT13-R01
_
BOTTOM PAD
CONNECT TO
GND Through
6 VIAs
VVVV314_10
C11-1047612-M09
_
C196
0.1U/25V/X5R
R186
2.2/0603
1
DRVH1
BST1
SW1
DRVL1
DRVH2
SW2
DRVL2
PAD_GND
BST2
5
R197
2.2/0603
C207 0.1U/25V/X5R
VVVV314_10
C11-1047612-M09
_
C223
0.1U/25V/X5R
R207
2.2/0603
1
DRVH1
BST1
SW1
DRVL1
DRVH2
SW2
DRVL2
PAD_GND
BST2
5
R227
2.2/0603
C208 0.1U/25V/X5R
VVVV314_10
C11-1047612-M09
_
_
_
TP2
XXXV314_10
X
N/A
TP4
XXXV314_10
X
N/A
TP6
XXXV314_10
X
N/A
TP8
XXXV314_10
X
N/A
+VG1_VG3_VIN
1
8
_
VVVV314_10
D03-4C88N0C-O05
+VG1_VG3_VIN
1
8
_
VVVV314_10
D03-4C88N0C-O05
+VG1_VG3_VIN
1
8
+VG4_VIN
1
8
9
10
Q12
NTMFD4C88N
9
10
Q11
NTMFD4C88N
9
10
Q10
NTMFD4C88N
VVVV314_10
D03-4C88N0C-O05
_
9
10
Q9
NTMFD4C88N
VVVV314_10
D03-4C88N0C-O05
_
VVVV314_10
R11-0010T13-R01
_
VVVV314_10
R11-0103T12-R01
R181 1/0603
R79 10K
TP1
XXXV314_10
X
16
15
13
12
11
9
N/A
_
VVVV314_10
R11-0010T13-R01
_
VVVV314_10
R11-0103T12-R01
R187 1/0603
R80 10K
TP3
XXXV314_10
X
N/A
_
VVVV314_10
R11-0010T13-R01
_
VVVV314_10
R11-0103T12-R01
R182 1/0603
R81 10K
TP5
XXXV314_10
X
16
15
13
12
11
9
N/A
_
VVVV314_10
R11-0010T13-R01
_
VVVV314_10
R11-0103T12-R01
R189 1/0603
R82 10K
TP7
XXXV314_10
X
N/A
_
VVVV314_10
C11-1057023-T04
52
6
7
_
VVVV314_10
C11-1057023-T04
52
6
7
_
VVVV314_10
C11-1057023-T04
52
6
7
_
VVVV314_10
C11-1057023-T04
52
6
7
C186
1U/0805
14,15
14,15
C187
1U/0805
14,15
14,15
C188
1U/0805
14,15
14,15
C190
1U/0805
14,15
14,15
VVVV314_10
C11-1067514-T04
R195
2.2/0805
C22
2200P
CSP1
CSN1
_
VVVV314_10
C11-1067514-T04
R184
2.2/0805
C32
2200P
_
VVVV314_10
C11-2222012-W08
CSP4
CSN4
_
VVVV314_10
C11-1067514-T04
R196
2.2/0805
C33
2200P
VVVV314_10
C11-2222012-W08
_
CSP2
CSN2
_
VVVV314_10
C11-1067514-T04
R194
2.2/0805
C43
2200P
CSP5
CSN5
C206
10U/16V/0805
_
VVVV314_10
R11-022AT14-R01
_
VVVV314_10
C11-2222012-W08
C213
10U/16V/0805
_
VVVV314_10
R11-022AT14-R01
C210
10U/16V/0805
VVVV314_10
R11-022AT14-R01
_
C214
10U/16V/0805
VVVV314_10
R11-022AT14-R01
_
VVVV314_10
C11-2222012-W08
_
L13 0.2UH
12
NS506
X
XXXV314_10
<New PN>
VVVV314_10
L04-02A9031-L65
_
L14 0.2UH
12
NS508
X
XXXV314_10
<New PN>
VVVV314_10
L04-02A9031-L65
_
L11 0.2UH
12
NS510
X
XXXV314_10
<New PN>
VVVV314_10
L04-02A9031-L65
_
L10 0.2UH
12
NS514
X
XXXV314_10
<New PN>
_
VVVV314_10
L04-02A9031-L65
12
NS507
X
XXXV314_10
<New PN>
12
NS509
X
XXXV314_10
<New PN>
12
NS513
X
XXXV314_10
<New PN>
12
NS515
X
XXXV314_10
<New PN>
+VDDGFX
ADD
12
+
_
VVVV314_10
C71-8210271-N07
C620
820uF
2.5V
12
+
C617
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C583
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C584
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C585
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C586
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C587
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C588
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C589
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C590
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
X
XXXV314_10
<New PN>
NS511
1 2
12
C591
22uF
6.3V
_
VVVV314_10
12
C592
22uF
6.3V
_
VVVV314_10
12
C593
22uF
6.3V
_
VVVV314_10
12
C594
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
NS512
1 2
12
C595
22uF
6.3V
_
VVVV314_10
12
C596
22uF
6.3V
_
VVVV314_10
12
C597
22uF
6.3V
_
VVVV314_10
12
C598
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
X
XXXV314_10
<New PN>
12
C599
22uF
6.3V
_
VVVV314_10
12
C600
22uF
6.3V
_
VVVV314_10
12
C601
22uF
6.3V
_
VVVV314_10
12
C602
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
12
C603
22uF
6.3V
_
VVVV314_10
12
C604
22uF
6.3V
_
VVVV314_10
12
C605
22uF
6.3V
_
VVVV314_10
12
C606
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
12
C607
22uF
6.3V
_
VVVV314_10
12
C608
22uF
6.3V
_
VVVV314_10
12
C609
22uF
6.3V
_
VVVV314_10
12
C610
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
VDDGFX_LOCAL+
VDDGFX_LOCAL-
12
C611
22uF
6.3V
_
VVVV314_10
12
C612
22uF
6.3V
_
VVVV314_10
12
C613
22uF
6.3V
_
VVVV314_10
12
C614
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
OUT
OUT
+VDDGFX
12
R586
100R
5%
_
VVVV314_10
R11-0101012-Y01
14
14
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
MSI
MSI
MSI
C11-2267014-T04
C11-2267014-T04
C11-2267014-T04
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
16 28
16 28
16 28
1.0
1.0
1.0
(17) VDDGFX POWER STAGE 2
15
PWM3_A
14,15,16,17,18
14,15,16,17,18
DRVON
15
PWM6_B
DRVON
VVVV314_10
R11-022AT14-R01
R208 51
VVVV314_10
R11-0510T12-R01
_
R209 51
VVVV314_10
R11-0510T12-R01
_
C212
10U/16V/X5R
VVVV314_10
C11-1067514-T04
_
+12V_EXT_B
_
R224
2.2/0805
4
2
3
10
8
6
7
14
_ VVVV314_10
I33-810610C-O05
VVVV314_10
C11-1047612-M09
_
C199
0.1U/25V/X5R
VVVV314_10
R212
R11-022AT13-R01
2.2/0603
_
1
U16 NCP81061
VCC1
PWM1
EN1
GND2
VCC2
PWM2
EN2
GND1
R11-022AT13-R01
VVVV314_10
DRVH1
BST1
SW1
DRVL1
DRVH2
SW2
DRVL2
PAD_GND
BST2
5
17
R213
2.2/0603
_
C209 0.1U/25V/X5R
BOTTOM PAD
CONNECT TO
GND Through
6 VIAs
16
15
13
12
11
9
VVVV314_10
C11-1047612-M09
_
VVVV314_10
R11-0010T13-R01
_
VVVV314_10
R11-0103T12-R01
_
R191 1/0603
R83 10K
TP9
XXXV314_10
X
N/A
VVVV314_10
R11-0010T13-R01
_
VVVV314_10
R11-0103T12-R01
_
R192 1/0603
R85 10K
TP11
XXXV314_10
X
N/A
TP10
XXXV314_10
X
N/A
TP12
XXXV314_10
X
N/A
+VG4_VIN
NTMFD4C88N
VVVV314_10
D03-4C88N0C-O05
_
1
8
+VG4_VIN
NTMFD4C88N
VVVV314_10
D03-4C88N0C-O05
_
1
8
VVVV314_10
VVVV314_10
C11-1057023-T04
C11-1067514-T04
_
_
C191
C215
1U/0805
R198
2.2/0805
C46
2200P
14,15
14,15
R199
2.2/0805
C47
2200P
14,15
14,15
C194
1U/0805
VVVV314_10
R11-022AT14-R01
_
VVVV314_10
C11-2222012-W08
_
CSP3
CSN3
VVVV314_10
C11-1067514-T04
_
VVVV314_10
R11-022AT14-R01
_
VVVV314_10
C11-2222012-W08
_
CSP6
CSN6
10U/16V/0805
C216
10U/16V/0805
VVVV314_10
L04-02A9031-L65
_
L15 0.2UH
12
NS516
X
XXXV314_10
<New PN>
VVVV314_10
L04-02A9031-L65
_
L16 0.2UH
12
NS518
XXXV314_10
<New PN>
X
12
NS517
12
NS519
XXXV314_10
<New PN>
X
X
XXXV314_10
<New PN>
+VDDGFX
Q13
9
52
6
7
10
VVVV314_10
C11-1057023-T04
_
Q14
9
52
6
7
10
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Date:
Date:
Date:
17 28
17 28
17 28
Sheet of
Sheet of
Sheet of
1.0
1.0
1.0
(18) VDDC OUTPUT STAGE
14
14,15,16,17
PWM_VDDC
DRVON
R162 51
VVVV314_10
R11-022AT13-R01
VVVV314_10
R11-0510T12-R01
_
VVVV314_10
C11-1067514-T04
+12V_BUS +VG2_VC_VIN
VVVV314_10
R11-0010T13-R01
_
_
R214
2.2/0603
4
VCC
2
PWM
3
EN
C219
10U/16V/X5R
VVVV314_10
R11-022AT13-R01
_
C11-1047612-M09
R215
2.2/0603
1
U17
BST
GND
PAD_GND
NCP81161
6
9
VVVV314_10
I33-811610C-O05
_
BOTTOM PAD
CONNECT TO
GND Through
4 VIAs
VVVV314_10
HG
SW
LG
8
7
5
_
TP13
XXXV314_10
X
N/A
_
VVVV314_10
R11-0103T12-R01
_
C197
0.1U/25V/X5R
R216 1/0603
R95 10K
TP14
XXXV314_10
X
N/A
NTMFD4C88N
VVVV314_10
D03-4C88N0C-O05
_
1
HG
PH SW_VDDC
8
_
_
VVVV314_10
VVVV314_10
C11-1067514-T04
C11-1057023-T04
C195
1U/0805
9
Q16
52
6
7
10
14
14
R211
2.2/0805
C49
2200P
CSP_VDDC
CSN_VDDC
VVVV314_10
R11-022AT14-R01
_
VVVV314_10
C11-2222012-W08
_
_
VVVV314_10
C11-1067514-T04
C217
10U/16V/0805
VVVV314_10
L04-02A9031-L65
_
L12 0.2UH
12
NS520
XXXV314_10
<New PN>
X
C218
10U/16V/0805
12
NS521
XXXV314_10
<New PN>
X
+VDDC
12
+
C549
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
+
C550
820uF
2.5V
_
VVVV314_10
C71-8210271-N07
12
C507
22uF
6.3V
_
_
VVVV314_10
VVVV314_10
C11-2267014-T04
C11-2267014-T04
12
C508
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
12
C509
22uF
6.3V
12
12
C510
22uF
6.3V
_
_
VVVV314_10
VVVV314_10
C11-2267014-T04
C11-2267014-T04
C511
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
12
C512
22uF
6.3V
_
VVVV314_10
C11-2267014-T04
12
C513
22uF
6.3V
12
C514
22uF
6.3V
_
_
VVVV314_10
VVVV314_10
C11-2267014-T04
C11-2267014-T04
12
C515
22uF
6.3V
_
VVVV314_10
C11-1047512-S02
12
NS502
X
C516
XXXV314_10
0.1uF
16V
<New PN>
VDDC_LOCAL+
1 2
OUT
12
R504
100R
5%
_
VVVV314_10
R11-0101012-Y01
14
+VDDC
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Date:
Date:
Date:
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Sheet of
Sheet of
Sheet of
18 28
18 28
18 28
1.0
1.0
1.0
(19) PCC & VRHOT
C
14,23,26
14,23,26
8
+1.8V
+1.8V_DAC
+3.3V_BUS +3.3V_BUS
12
XXXV314_10
C615
0.1uF
<New PN>
16V
X
REGLTR_SCL
IN
REGLTR_SDA
IN
1.8V REFERENCE DAC
INITIAL VOLTAGE = 1.8V
I2C ADDRESS 0XA6
VVVV314_10
R11-0000012-W08
_
R597
0R
5%
R596
UNNAMED_17_RES_I27_A
5%
0R
XXXV314_10
12
<New PN>
X
R616
11.3K
1%
UNNAMED_17_CAP_I25_A
12
VVVV314_10
R617
88.7K
R11-0752T12-W08
1%
_
U551
1
VCC
VID0
2
GND
VID1
3
SCL
VREF
4
SDA5R1
uP1801AMT8
XXXV314_10
<New PN>
X
I_OUT
14
IN
VVVV314_10
R11-0152T12-W08
_
12
VVVV314_10
C618
1000pF
C11-1021812-W08
50V
_
PEAK DETECTOR HYSTERESIS
7
6
345
2
1
DD
+1.8V +3.3V_BUS
_
X
VVVV314_10
XXXV314_10
R11-0103T12-R01
<New PN>
DNI
12
R598
10K
1%
12
R602
5.9K
1%
XXXV314_10
<New PN>
X
DNI
12
R608
10K
1%
130C
145C
UNNAMED_17_CAP_I58_A
12
R609
8.25K
1%
VVVV314_10
R11-8251T12-W08
_
_
VVVV314_10
R11-0103T12-R01
R599
10K
XXXV314_10
<New PN>
X
R603
10K
12
C632
0.01uF
50V
1%
DNI
1%
VVVV314_10
C11-1032822-M09
_
UNNAMED_17_COMPARATOR_I44_OPPOS
3
1
12
X
XXXV314_10
<New PN>
UNNAMED_17_CAP_I67_A
12
C631
0.01uF
50V
VVVV314_10
C11-1032822-M09
_
_
VVVV314_10
R11-2491T12-W08
J600
1
2
HEADER_1X2
PLACE @ HOT SPOT
12
R606
13.3K
1%
VVVV314_10
R51-0104T12-M09
VVVV314_10
_
R11-1332T12-W08
_
R607
2.49K
1%
12
R610
100K
1%
UNNAMED_17_CAP_I62_A
DNI
12
C630
0.01uF
50V
XXXV314_10
<New PN>
X
12
XXXV314_10
R594
13.3K
<New PN>
8
1%
X
7
6
UNNAMED_17_RES_I4_B
12
XXXV314_10
R595
120K
<New PN>
1%
X
VVVV314_10
R11-2322T12-W08
_
R619
4.75K
XXXV314_10
<New PN>
+1.8V_DAC
12
XXXV314_10
C621
0.033uF
<New PN>
16V
X
VVVV314_10
R11-4753T12-W08
R622
_
309K
1%
+3.3V_BUS
_
VVVV314_10
UNNAMED_17_COMPARATOR_I68_OPPOS
3
4
5
V+
V-
2
1 2
C623
6.3V
C11-1057322-T04
1uF
1
U509
LMV7239M5
I72-3201A09-T07
VVVV314_10
_
X
XXXV314_10
<New PN>
0R
R624
GPIO_5_VRHOT_OCPB
5%
OUT
7,14
PCC
OUT
7
1%
12
R620
280K
1%
X
140A TO 150A
12
VVVV314_10
C633
0.1uF
C11-1047512-S02
16V
_
R600
2M
1%
5
VVVV314_10
R11-0205T12-Y01
_
V+
4
V-
U506
2
AP331AWG
VVVV314_10
I72-AP33109-D07
_
X
XXXV314_10
<New PN>
R604
2M
UNNAMED_17_COMPARATOR_I55_OPPOS
3
1
+3.3V_BUS
DNI
12
C634
0.1uF
16V
DNI
1%
5
V+
4
V-
U507
AP331AWG
DNI
XXXV314_10
2
<New PN>
X
VR TEMPERATURE PROTECTION
X
XXXV314_10
<New PN>
12
12
R601
10K
1%
DNI
R605
10K
1%
VVVV314_10
R11-0103T12-R01
_
X
XXXV314_10
<New PN>
VR_HOTB
VR_CTF
OUT
7
OUT
24
C
BB
A
8
7
6
5
4
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
PCC VRHOT
DATE:
Mon May 12 19:11:53 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
OF
105-C766xx-00A
3
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:17 25
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
19 28
19 28
19 28
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
(20) VDDCI
8
7
6
345
2
1
C
7
XXXV314_10
<New PN>
X
+VDDCI_VIN
+3.3V_BUS
XXXV314_10
R11-0103032-W08
X
GPIO_15_VDDCI_VID0
IN
VVVV314_10
R11-0103T12-R01
_
GPIO_20_VDDCI_VID1
IN
VVVV314_10
R11-0243T12-W08
_
VVVV314_10
D03-7002E49-O05
_
7
R11-0103032-W08
VVVV314_10
VVVV314_10
R11-0000012-W08
VVVV314_10
C11-2722812-W08
_
VVVV314_10
R11-0101T12-W08
_
12
12
R936
R924
10K
10K
5%
5%
DNI
1
12
R937
10K
5%
12
R925
10K
5%
DNI
_
_
VVVV314_10
R11-3011T12-W08
_
VVVV314_10
R11-0000012-W08
_
VDDCI_FB
12
12
R940
28K
R942
1%
56.2K
1%
UNNAMED_18_MOSN_I72_D
VVVV314_10
UNNAMED_18_MOSN_I73_D
R11-1912T12-R01
Q939
_
2N7002E
2 3
Q941
1
2N7002E
2 3
VDDCI_SENSE_N
VVVV314_10
D03-7002E49-O05
_
VVVV314_10
C11-4732013-M09
XXXV314_10
R943
0R
5%
UNNAMED_18_CAP_I60_A UNNAMED_18_CAP_I60_B
12
C900
0.0027uF
50V
1%
12
R944
100R
VVVV314_10
R11-9532T12-R01
_
<New PN>
12
R945
3.01K
1%
UNNAMED_18_RES_I58_B
12
R946
0R
5%
12
XXXV314_10
<New PN>
_
X
12
12
VVVV314_10
R11-0000012-W08
R947
_
0R
R900
56.2K
1%
DNI
0R
0R
VVVV314_10
R11-0000012-W08
_
XXXV314_10
<New PN>
X
X
C901
0.047uF
16V
12
C928
C927
100pF
100pF
50V
50V
DNI
DNI
NCP5230_VSEN
5%
VVVV314_10
C11-1011032-S02
C902
_
UNNAMED_18_CAP_I46_B
100pF
50V
R950
10K
1%
VVVV314_10
R11-0103T12-R01
_
R948
5%
R949
5%
12
DNI
NCP5230_CSP
NCP5230_CSN
XXXV314_10
<New PN>
X
C929
100pF
50V
DNI
C903
UNNAMED_18_CAP_I47_A
VVVV314_10
0.033uF
16V
_ C11-3332512-S02
R951
42.2K
1%
VVVV314_10
R11-4222T12-W08
_
VDDCI_SENSE_P
DD
VVVV314_10
12
R11-0103T12-R01
R954
_
10K
1%
C11-1067514-T04
C4834
C4835
10uF
10uF
X5R
X5R
16V
16V
0805
0805
COMMON
COMMON
_
VVVV314_10
VVVV314_10
0.1U/25V/X5R
C11-1067514-T04
C4836
10uF
X5R
16V
0805
COMMON
_
VVVV314_10
VVVV314_10
R11-0010T13-R01
_
12
R911
1R
1%
UNNAMED_18_CAP_I34_A
12
C956
R11-4992T12-W08
25V
_
R11-4992T12-W08
<New PN>
12
C4837
10uF
X5R
16V
0805
COMMON
_
X
XXXV314_10
VVVV314_10
R11-0010T13-R01
_
R914
1R
5%
VVVV314_10
D03-4C05N03-O05
NTMFS4C05NT1G
VVVV314_10
_
C931
0.1uF
16V
DNI
12
R957
49.9K
_
1%
VVVV314_10
12
R958
49.9K
1%
VVVV314_10
D03-4C10N03-O05
_
5
UNNAMED_18_MOSN2D3STH_I25_G4
4
SOT669_COLAY
123
NTMFS4C10NT1G
_
5
Q512
UNNAMED_18_MOSN2D3STH_I49_G4
4
123
Q513
NCP5230_SWNODE
SOT669_COLAY
12
VVVV314_10
C932
C11-1021812-W08
1000pF
_
50V
UNNAMED_18_CAP_I24_B
12
R933
VVVV314_10
2.2R
R11-022AT14-R01
1%
_
R915
27K
1%
VVVV314_10
R11-2702T12-R01
_
R916
UNNAMED_18_RES_I13_B
10K
1%
XXXV314_10
C11-1532512-M09
X
L961
1 2
0.2UH
7.5mm
VVVV314_10
L04-02A9031-L65
_
R917
15K
R918
1 2
100K
1%
1%
C962
0.015uF
VVVV314_10
R11-0103T12-R01
_
10V
12
R919
VVVV314_10
0R
R11-0000012-W08
5%
_
12
+
XXXV314_10
C71-8210271-N07
C71-8210271-N07
12
+
C963
820uF
2.5V
9mm
X
VVVV314_10
_
VVVV314_10
R11-0153T12-W08
_
VVVV314_10
R51-0104T12-M09
_
12
+
C964
C965
820uF
820uF
2.5V
2.5V
VVVV314_10
C71-8210271-N07
_
VVVV314_10
C11-2267014-T04
VVVV314_10
R11-499AT12-W08
12
12
C920
C921
22uF
22uF
6.3V
6.3V
VVVV314_10
C11-2267014-T04
_
VVVV314_10
C11-2267014-T04
_
_
12
C922
22uF
6.3V
VVVV314_10
C11-2267014-T04
_
_
R966
49.9R
12
12
1%
C923
22uF
6.3V
1.4mm
VVVV314_10
R11-0000012-W08
_
R968
5%
R969
5%
VVVV314_10
R11-0000012-W08
_
12
VVVV314_10
R967
R11-499AT12-W08
49.9R
_
1%
FB_VDDCI
0R
0R
OUT
FB_VSSCI
OUT
+VDDCI
C
12
12
BB
C11-1067514-T04
VVVV314_10
12
R11-0010T13-R01
R904
_
1R
1%
NCP5230_VCC
12
VVVV314_10
C905
C11-1067014-T04
10uF
_
6.3V
U953
12
UNNAMED_18_NCP5230_I52_ROSCEN
13
CSP
12
CSN/VO
10
VSEN
8
COMP
VVVV314_10
9
FB
I32-5230M0C-O05
11
FBG
14
ROSC/EN
UNNAMED_18_NCP5230_I52_SYNC
7
SYNC
12
R952
3.01K
1%
VVVV314_10
R11-3011T12-W08
_
15
PGOOD
VCC
VCCP
BOOT
UG
LX
LG
_
THM
THM
THM
THM
GND
16
C11-1067514-T04
12
VVVV314_10
R906
R11-0010T13-R01
1R
_
1%
NCP5230_VCCP
12
C930
1uF
16V
DNI
XXXV314_10
UNNAMED_18_NCP5230_I52_PGOOD
6
<New PN>
X
1
NCP5230_BOOT
4
NCP5230_UG
5
3
NCP5230_LG
2
17
18
19
20
NCP5230MNTWG
_
VVVV314_10
12
C907
10uF
16V
VVVV314_10
C11-1067514-T04
_
VVVV314_10
C11-1047612-M09
VDDCI_EN
23
IN
R11-0000012-W08
A
8
VVVV314_10
R938
UNNAMED_18_CAP_I78_A
12
0R
5%
C926
100pF
50V
DNI
_
XXXV314_10
<New PN>
X
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
VDDCI
DATE:
Mon May 12 19:11:53 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
7
6
5
4
OF
105-C766xx-00A
3
REV:
MSI
MSI
MSI
TITLE:18 25
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
20 28
20 28
20 28
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
C
(21) MVDD
8
7
6
345
2
1
DD
VVVV314_10
XXXV314_10
XXXV314_10
+MVDD_VIN
VVVV314_10
R11-022A014-W08
VVVV314_10
C11-1057023-T04
23
MVDD_EN
OUT
C_SFT
R_SFT
12
C706
0.047uF
16V
UNNAMED_19_CAP_I48_B
12
R703
1K
1%
<New PN>
X
12
R704
2.2R
5%
_
UNNAMED_19_CAP_I32_A
12
C707
_
1uF
16V
12
CF_1
12
Cp
UNNAMED_19_CAP_I44_B
C700
15pF
50V
12
DNI
RF_1
R705
51K
1%
<New PN>
X
1
2
C709
10NF
16V
D3
200MA
COMMON
SOT23
30V
12
12
C11-1067514-T04
_
C701
10uF
16V
DNI
XXXV314_10
D01-BAT54C9-P15
X
3
CH_1
C710
33pF
50V
MVDD_FB
(reserve)
(GM mode)
VVVV314_10
C11-1067514-T04
_
12
12
12
C711
C702
10uF
10uF
16V
16V
DNI
PHASE
COMP
VCC
uP1543SSU8
RFB1_1
R706
300
1%
R707
10K
RFB
C712
10uF
16V
C11-1047612-M09
R11-0010T13-R01
U700
8
VVVV314_10
7
I32-1543S02-U33
6
FB
_
5
CFB1_1
2.2NF
1%
VVVV314_10
C11-1542513-S02
_
12
C714
0.15uF
16V
VVVV314_10
VVVV314_10
9
TH_9#
C713
UNNAMED_19_CAP_I39_AUNNAMED_19_CAP_I39_B
50V
UNNAMED_19_CAP_I21_AUNNAMED_19_CAP_I21_B
12
C715
0.1U/25V/X5R
_
25V
12
R708
1R
_
1%
1
BOOT
UNNAMED_19_NCP1587_I38_TG
2
UGATE
3
GND
UNNAMED_19_NCP1587_I38_BG
4
LGATE
XXXV314_10
R11-0153T12-W08
VVVV314_10
R11-0000013-R01
_
R710
0R
12
R709
18.7K
1%
X
5%
MVDD_HGD
MVDD_LGD
12
R716
VVVV314_10
35.7K
R11-3572T22-R01
1%
_
5
4
123
5
4
123
VVVV314_10
D03-616BA0C-N03
_
Q510
NTMFS4C10NT1G
SOT669_COLAY
MVDD_PHASE
VVVV314_10
D03-632BA0C-N03
_
Q511
NTMFS4C05NT1G
SOT669_COLAY
PLACE Rs AND Cs
ACROSS QL
VVVV314_10
L04-68B8021-L65
_
VVVV314_10
R11-0010034-W08
_
VVVV314_10
C11-2221013-M09
_
L701
1 2
0.68uH
12
R701
1R
5%
UNNAMED_19_CAP_I14_A
12
C703
2.2NF
50V
12
NS700
UNNAMED_19_NETSHORT_I12_N2
12
R713
100R
1%
VVVV314_10
C11-1047512-S02
_
12
12
C716
0.1uF
10V
NS701
UNNAMED_19_NETSHORT_I9_N2
XXXV314_10
<New PN>
X
12
R714
VVVV314_10
0R
R11-0101T13-R01
5%
_
XXXV314_10
<New PN>
X
12
C704
0.015uF
10V
DNI
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
12
12
C705
22uF
4V
DNI
VVVV314_10
R11-0000013-R01
_
C717
22uF
6.3V
VVVV314_10
C11-2267014-T04
_
+MVDD
12
+
+
C718
820uF
2.5V
12
C619
820uF
2.5V
VVVV314_10
C71-8210271-N07
_
VVVV314_10
C71-8210271-N07
_
C
TYPE 3TYPE 2TYPE 2
BB
12
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
IN
GPIO_11_MVDD_VID
7,25
XXXV314_10
<New PN>
X
1
12
R1057
10K
X
5%
DNI
A
8
7
R715
86.6K
1%
DNI
UNNAMED_21_MOSN_I653_D
Q1070
2N7002
DNI
2 3
12
R717
VVVV314_10
6.49K
1%
RFB2
R11-6491T12-R01
_
+MVDD OUTPUT VOLTAGE
VOUT = VREFx(1+RFB/RFB2)
RFB2 = (RFBxVREF)/(VOUT-VREF)
VREF = 0.8V
RFB2 is on BFoard Engineer's page.
Default value is 11.5k for 1.5V.
RFB2 = RFB*(Vref/(Vout-Vref))
XXXV314_10
C11-4732012-M09
XXXV314_10
R11-0102T12-W08
6
X
X
XXXV314_10
<New PN>
TYPE 2
(reserve)
VVVV314_10
C11-1032012-Y01
_
X
VVVV314_10
R11-0513T12-R01
_
VVVV314_10
C11-3301012-T04
_
TYPE 2
(OP mode)
5
VVVV314_10
R11-0301T12-R01
_
VVVV314_10
R11-0103T12-R01
_
VVVV314_10
C11-2222012-W08
_
TYPE 3
(OP mode)
4
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
MVDD
DATE:
Mon May 12 19:11:53 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
OF
105-C766xx-00A
3
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
14ci203
MS-V314
MSI
MSI
MSI
REV:
TITLE:19 25
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
21 28
21 28
21 28
Tonga-256 G5 x32
1.0
1.0
1.0
12
A
8
(22) SMALL RAIL REGULATOR
7
6
345
2
1
+12V_EXT_B +12V_BUS
12
MR401
0R
5%
DNI
VVVV314_10
_
VVVV314_10
12
12
C368
C369
22uF
22uF
6.3V
6.3V
1.4mm
1.4mm
_
C11-2267014-T04
5V REGULATOR
12
VVVV314_10
R401
R11-0000034-W08
_
0R
5%
UNNAMED_20_CAP_I55_A
12
C400
1uF
16V
5.4A
VVVV314_10
I31-011173B-A30
_
U5
S
VIN
Vout(TAB)
ADJ/GND
APL1117UC-TRL_TO252-3-RH
G
VVVV314_10
R11-1210T13-W08
_
VVVV314_10
R11-3650T13-Y01
_
+0.95V
VVVV314_10
D08-1400100-P16
_
F501
+5V
200mA
+5V_VESA
1206
D
R304
RT
121
R305
365
RB
COMMON
1 2
POLYSWITCH
C4833
C4832
10uF
10uF
X5R
X5R
16V
16V
0805
0805
COMMON
COMMON
VVVV314_10
C11-1067514-T04
_
VVVV314_10
C11-1067514-T04
_
Vout=1.25V* [1+(RB/RT) ]
12
C401
VVVV314_10
1uF
C11-1057023-T04
16V
_
DD
C
BB
1.8V REGULATOR
VVVV314_10
R11-0010T27-W08
_
VVVV314_10
R11-0010T27-W08
1206 1/2W
R302 1%
1 2
R303 1%
1 2
1.8V_PGOOD
1.8V_EN
XXXV314_10
<New PN>
_
X
1R
1R
12
12
1.8V_VIN
C304
C305
0.1uF
10uF
6.3V
6.3V
DNI
VVVV314_10
C11-1067014-T04
_
+5V
1.8V_VIN
+5V
12
C306
1uF
16V
VVVV314_10
C11-1057023-T04
_
VVVV314_10
I31-7133S02-N03
_
1
POK
2
EN
3
VIN
4
CNTL5NC
GS7133SO-R
PROVIDE 50 TO 70 MM SQ.
COPPER AREA FOR COOLING
U300
8
GND
7
FB
6
VOUT
9
GND
+3.3V_BUS
23
1,23
OUT
IN
1.8V_FB
+1.8V
VVVV314_10
R11-1272T12-W08
_
12
12
R301
C300
12.7K
33pF
1%
50V
VVVV314_10
C11-3301012-T04
_
12
R300
10K
1%
VVVV314_10
R11-0103T12-R01
_
VOUT = VREF x (1 + R301/R300)
VREF = 0.8V
C
0.95V REGULATOR
R11-022A013-W08
R11-1332T12-W08
+3.3V_BUS
R4855
VVVV314_10
R11-0103012-W08
0.95V_EN
23
IN
R350
1%
VVVV314_10
R11-0010T12-W08
_
10K
_
1%
0402
COMMON
1R
VVVV314_10
_
VVVV314_10
_
R4843 100K
COMMON
VVVV314_10
R11-0104042-W08
C11-1047512-S02
+5V
R4840
2.2
5%
0603
COMMON
R4841
13.3K
1%
0402
COMMON
0402
_
0.95V_ENB
VVVV314_10
VVVV314_10
R4847
R11-8663T12-W08
_
866K
1%
U305
0402
uP1741P
COMMON
7
TON
TON
VVVV314_10
9
0.95V_VCC
C11-1057023-T04
VCC
C4818
_
1uF
10VX7R
32
GND-5
0603
COMMON
10
CS
0.95V_POK
INTREF
C4821
0.1uF
0402
COMMON
8
6
5
35
1
16VX7R
4
CS
POK
EN
GND-6
GND-8
INTREF
GND-7
VVVV314_10
I9C-1741P0C-U33
_
5%
_
XXXV314_10
<New PN>
X
VIN-121VIN-222VIN-323VIN-4
PGND-111PGND-212PGND-313PGND-414PGND-515PGND-6
12
12
C301
10uF
6.3V
DNI
VVVV314_10
C11-1067014-T04
_
VVVV314_10
C11-1047512-S02
_
24
34
VIN-5
BOOT
NC
PHASE-5
PHASE-4
PHASE-3
PHASE-2
PHASE-1
PHASE-6
VOUT
FB
GND-1
GND-2
GND-3
GND-4
WQFN32_TX3
16
COMMON
+1.8V
12
C302
C303
10uF
0.1uF
6.3V
10V
VVVV314_10
C11-1067514-T04
_
VVVV314_10
C11-1067514-T04
_
C4825
0.1uF
X7R
16V
0402
COMMON
27
BOOT
26
25
PHASE
20
0.95V_PHASE
19
18
17
33
2
VOUT
3
0.95V_FB
28
29
31
30
VVVV314_10
C11-1042042-Y01
_
VVVV314_10
C11-1067514-T04
_
C4826
10uF
X5R
16V
0805
COMMON
R4844 2R2
0603
COMMON
VVVV314_10
R11-0103T12-R01
VVVV314_10
R11-3652T12-R01
+VG4_VIN
C4827
C4829
10uF
10uF
X5R
X5R
16V
16V
0805
0805
COMMON
COMMON
5%
C4823
0.1U/25V/X5R
X7R
30mil
25V
C0402
COMMON
C4828
XXXV314_10
NC
<New PN>
0603
X
DNI
XXXV314_10
R4845
<New PN>
NC
X
0603
DNI
_
Rb
_
VOUT = VREF * (1+Rt/Rb)
VREF = 0.75V
C4831
10uF
VVVV314_10
X5R
C11-1067514-T04
_
16V
0805
COMMON
VVVV314_10
R11-022A013-W08
_
VVVV314_10
C11-1047612-M09
_
L300 0.68uH
CHK_S2_5_49X5_18
COMMON
R4842
VVVV314_10
750K
R11-0754T12-W08
_
0402
5%
COMMON
C4819 180pF
0402COMMON
R4846 10K
Rt
0402
COMMON
R4849
36.5K
1%
0402
COMMON
VVVV314_10
L04-68B7210-M26
_
VVVV314_10
C11-1801012-S02
_
NPO
50V
1%
C4830
VVVV314_10
0.1uF
C11-1047512-S02
_
X7R
16V
0402
COMMON
C11-2267014-T04
VVVV314_10
R4852 0R
COMMON
VVVV314_10
R11-0000012-W08
_
VVVV314_10
12
12
C362
22uF
6.3V
1.4mm
_
_
C11-2267014-T04
C11-2267014-T04
5%
0.95V_SENSE_P0.95V_SENSE
0402
C11-2267014-T04
VVVV314_10
VVVV314_10
12
C364
C363
22uF
22uF
6.3V
6.3V
1.4mm
1.4mm
_
VVVV314_10
12
C365
22uF
6.3V
1.4mm
_
C11-2267014-T04
NS801
1 2
NS_VIA
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
C11-2267014-T04
VVVV314_10
12
12
C366
22uF
6.3V
1.4mm
_
_
C11-2267014-T04
DNI
X
C11-1057023-T04
VVVV314_10
C367
22uF
6.3V
1.4mm
_
A
8
7
6
5
4
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
SMALL RAIL REGULATOR
DATE:
Mon May 12 19:11:53 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
OF
105-C766xx-00A
3
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:20 25
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
22 28
22 28
22 28
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
8
7
6
345
2
1
(23) POWER MANAGEMENT
J1002
6
+12V
7
+12V
8
POWER_HEADER
POWCONN_D8_10
COMMON
POWER_HEADER
POWCONN_D6_15
COMMON
POWER_HEADER
POWCONN_D6_15
COMMON
+12V_EXT_A
L4
+12V_EXT_B
XXXV314_10 X<New PN>
XXXV314_10 X<New PN>
L5
VVVV314_10_L04-47BB040-SG0
+12V_BUS
XXXV314_10 X<New PN>
XXXV314_10 X<New PN>
L6
VVVV314_10_L04-47BB040-SG0
+12V
1
GND
2
GND
4
GND
3
SENSE_1
5
SENSE_2
J1003
4
+12V
5
+12V
6
+12V
1
GND
3
GND
2
Sense
J1004
4
+12V
5
+12V
6
+12V
C1003
10uF
16V
1
GND
3
GND
2
Sense
VDDGFX INPUT
XXXV314_10 X<New PN>
XXXV314_10 X<New PN>
R1080
1 2
R1081
1 2
1 2
VVVV314_10_L04-47BB040-SG0
R1082 5%
1 2
R1083 5%
1 2
1 2
R1084
1 2
R1085
1 2
1 2
8
C
A
XXXV314_10
X
N93-08M0361-W06
VVVV314_10
_
N93-06M0431-W06
VVVV314_10
_
N93-06M0431-W06
+12V_EXT_A
+12V_EXT_A
12
C1000
10uF
16V
VVVV314_10
C11-1067514-T04
_
VVVV314_10
C11-4701812-M09
_
+12V_EXT_B
VVVV314_10
12
C11-1067514-T04
_
0R
5%
0R
5%
0.47uH
OVERLAP
0R
0R
0.47uH
OVERLAP
0R
5%
0R
5%
0.47uH
OVERLAP
SENSE_EXTA
+VG1_VG3_VIN
12
C1001
47pF
50V
12
C1002
47pF
50V
VVVV314_10
C11-4701812-M09
12
_
C1004
47pF
50V
12
C1005
47pF
50V
VVVV314_10
C11-4701812-M09
_
+VG4_VIN
+VG2_VC_VIN
VVVV314_10
C11-4701812-M09
_
24,25
BUS 12V AND AUX A POWER UP SEQ
+12V_BUS
12
VVVV314_10
R1010
11.3K
_
1%
R11-1132T12-W08
12
VVVV314_10
R1011
1K
_
1%
R11-0102T12-W08
SENSE_EXTA
BUS 3.3V AND AUX B POWER UP SEQ
+3.3V_BUS
12
VVVV314_10
R1015
2.32K
_
1%
R11-2321T12-W08
12
VVVV314_10
R1016
1K
_
1%
R11-0102T12-W08
SENSE_EXTB
IN
VDDCI AND MVDD INPUT
+12V_BUS
VVVV314_10 _R11-0000027-W08
VVVV314_10 _R11-0000027-W08
R1092 5%
R1093
1 2
L9
XXXV314_10 XL04-47BB040-SG0
+MVDD_VIN
XXXV314_10 X<New PN>
XXXV314_10 X<New PN>
R1088
R1089 5%
+VG1_VG3_VIN
12
+
C1081
270uF
16V
VVVV314_10
_
C71-27116N1-SQ5
+VG1_VG3_VIN
12
+
C4838
270uF
16V
VVVV314_10
_
C71-27116N1-SQ5
7
VVVV314_10
_
R11-1132T12-W08
VVVV314_10
_
R11-0102T12-W08
VVVV314_10
_
R11-1132T12-W08
VVVV314_10
_
R11-0102T12-W08
CTF_OUT
1 2
1 2
1 2
1 2
+VG4_VIN
12
+
C71-27116N1-SQ5
+VDDCI_VIN
12
+
<New PN>
+12V_EXT_A
+12V_EXT_B
0R
0R
5%
0.47uH
5%
0R
0R
C1082
270uF
16V
VVVV314_10
_
C1084
270uF
16V
XXXV314_10
X
12
R1012
11.3K
1%
12
R1013
1K
1%
12
R1017
11.3K
1%
12
R1018
1K
1%
VVVV314_10
_
R11-0222012-W08
R221 5%
1 2
OVERLAP
DNI
DNI
+VG2_VC_VIN
+
C71-27116N1-SQ5
+MVDD_VIN
+
C71-27116N1-SQ5
12V_BUS_UP
12V_EXTA_UP
3.3V_BUS_UP
12V_EXTB_UP
+VDDCI_VIN
+VDDCI_VIN
12
C1083
270uF
16V
VVVV314_10
_
12
C1085
270uF
16V
VVVV314_10
_
R11-5111T12-W08
VVVV314_10
D02-03904G9-O05
VVVV314_10
D02-03904G9-O05
VVVV314_10
R11-0103T12-R01
VVVV314_10
D02-03904G9-O05
VVVV314_10
D02-03904G9-O05
2.2K
VVVV314_10
D02-03904B9-O05
_
VVVV314_10
2
5
2
5
1
_
_
_
_
+3.3V_BUS
12
_
6
1
3
4
+12V_BUS
12
_
6
1
3
4
UNNAMED_21_NPN_I21_B
2 3
+12V_EXT_A
+12V_EXT_B
R1014
5.11K
1%
INPUTA_UP_B
Q1010A
MMDT3904-7
N32204028 N39759182
VVVV314_10
C11-1047512-S02
_
Q1010B
MMDT3904-7
R1019
10K
1%
INPUTB_UP_B
Q1012A
MMDT3904-7
Q1012B
MMDT3904-7
CTF_OUT_B
Q210
MMBT3904
XXXV314_10 X<New PN>
XXXV314_10 X<New PN>
R1090 5%
1 2
R1091 5%
1 2
1 2
L7
VVVV314_10_L04-47BB040-SG0
XXXV314_10 X<New PN>
XXXV314_10 X<New PN>
MR1090 5%
1 2
MR1091
1 2
1 2
L8
XXXV314_10 XL04-47BB040-SG0
6
12
C1010
0.1uF
16V
12
C1011
0.1uF
16V
VVVV314_10
C11-1047512-S02
_
MR223
1 2
R223
1 2
XXXV314_10
<New PN>
X
VVVV314_10
R11-0000012-W08
_
0R
0R
0.47uH
0R
0R
0.47uH
1
1
5%
Q1011
MMBT3904
2 3
VVVV314_10
D02-03904B9-O05
_
Q1013
MMBT3904
2 3
VVVV314_10
D02-03904B9-O05
_
0R
5%
0R
5%
DNI
DNI
OVERLAP
OVERLAP
DNI
+MVDD_VIN
7
+3.3V_BUS
12
VVVV314_10
R1020
10K
R11-0103032-W08
5%
_
INTERNAL CTF LATCH - 1.8V VDDCT REQUIRED
VOLTAGE CONTROL
SCL
IN
SDA
BI
VVVV314_10
R11-0103032-W08
_
5
1.8V_EN
OUT
BUS RAILS (3.3V/12V UP) -> +1.8V -> 0.95V
+3.3V_BUS
12
12
R1058
R1059
10K
10K
5%
5%
7
VVVV314_10
R11-0103032-W08
_
VVVV314_10
_ R11-0000012-W08
VVVV314_10
_ R11-0000012-W08
R1060 5%
1 2
R1061 5%
1 2
ENABLE THRESHOLD
+1.8V: >1.4V
+0.95V: FLOAT
+VDDGFX/+VDDC: >2.0V
+VDDCI: FLOAT
1,22
+MVDD: FLOAT
POWER UP ENABLE SEQUENCE
VDDGFX/VDDC -> VDDCI
MVDD
14
REGLTR_SCL
0R
REGLTR_SDA
0R
0R
UNNAMED_21_CAP_I312_A
UNNAMED_21_CAP_I319_A
UNNAMED_21_CAP_I638_A
+12V_EXT_B
5%
XXXV314_10
X
<New PN>
N54311143
XXXV314_10
X
<New PN>
12
12
12
12
12
VVVV314_10
_
R11-0103032-W08
1
C1020
1uF
6.3V
DNI
MR1030
10K
5%
DNI
1
C1021
1uF
6.3V
DNI
VVVV314_10
_
R11-0103032-W08
1
C1030
1uF
6.3V
DNI
XXXV314_10
X
<New PN>
1
C1031
1uF
6.3V
DNI
+12V_BUS
12
VVVV314_10
2 3
_
D02-03904B9-O05
+12V_BUS
12
2 3
XXXV314_10
X
<New PN>
+VDDCI_VIN
12
VVVV314_10
2 3
_
D03-7002E49-O05
+MVDD_VIN
12
2 3
REV:
R1023
10K
5%
UNNAMED_21_NPN_I311_C
Q1020
MMBT3904
R1030
10K
5%
DNI
Q1024
MMBT3904
DNI
R1033
10K
5%
Q1030
MMBT3904
R1036
10K
5%
DNI
Q1032
MMBT3904
DNI
XXXV314_10
X
<New PN>
XXXV314_10
X
<New PN>
VVVV314_10
_
R11-0512012-W08
R1024 5%
5.1K
1 2
VVVV314_10
_
R11-0512012-W08
R1025 5%
5.1K
1 2
2,24
UNNAMED_21_NPN_I644_C
PX_EN
IN
IN BACO MODE
TURN OFF
VDDGFX, VDDCC, VDDCI AND MVDD
VVVV314_10
_
R11-0512012-W08
R1034 5%
5.1K
1 2
VVVV314_10
_
R11-0512012-W08
R1037 5%
5.1K
1 2
MSI
MSI
MSI
TITLE:21 25
+3.3V_BUS
12
12
R1026
10K
5%
R1028
10K
5%
DNI
0.95V_EN
VVVV314_10
_
R11-0103032-W08
VDDGFX_C_EN
UNNAMED_21_NPN_I299_B
1
2 3
VDDCI_EN
MVDD_EN
Q1023
MMBT3904
VVVV314_10
_
D02-03904B9-O05
VVVV314_10
Q1021
UNNAMED_21_NPN_I304_B
_
1
D02-03904B9-O05
MMBT3904
2 3
Q1022
UNNAMED_21_NPN_I293_B
1
MMBT3904
VVVV314_10
2 3
_
D02-03904B9-O05
R1027 5%
10K
1 2
VVVV314_10
_
R11-0103032-W08
XXXV314_10
X
<New PN>
Q1031
UNNAMED_21_NPN_I327_B
1
MMBT3904
VVVV314_10
2 3
_
D02-03904B9-O05
Q1033
UNNAMED_21_NPN_I537_B
1
MMBT3904
VVVV314_10
2 3
_
D02-03904B9-O05
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Date:
Date:
Date:
OUT
OUT
OUT
OUT
Sheet of
Sheet of
Sheet of
23 28
23 28
23 28
22
14,15
20
21
Tonga-256 G5 x32
12
DD
C
BB
A
1.0
1.0
1.0
+3.3V_BUS
12
VVVV314_10
_
R11-0103032-W08
22
OUT
BI
1.8V_PGOOD
IN
VVVV314_10
_
R11-0103032-W08
VDDC_PGOOD
IN
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
14,19,26
AUSTIN, TX. 78735
14,19,26
SHEET:
DATE:
+3.3V_BUS
POWER MANAGEMENT
Mon May 12 19:11:53 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
4
VVVV314_10
R1021
10K
_
5%
R11-0000012-W08
R1022 5%
1 2
XXXV314_10
X
<New PN>
XXXV314_10
X
<New PN>
MR1029 5%
5.1K
1 2
XXXV314_10
DNI
X
+0.95V
<New PN>
R1029
5.1K
1 2
XXXV314_10
DNI
X
<New PN>
12
VVVV314_10
R1031
10K
_
5%
R11-0000012-W08
R1032 5%
5.1K
1 2
XXXV314_10
X
<New PN>
R1035 5%
5.1K
1 2
XXXV314_10
DNI
X
<New PN>
OF
105-C766xx-00A
3
8
7
6
345
2
1
(24) MECH AND THERM MANAGEMENT
+1.8V
B200
CRITICAL TEMPERATURE FAULT
C
19
7
1,2,14,24
A
1 2
VVVV314_10
L02-1218012-M09
_
IN
IN
IN
120R
VVVV314_10
C11-1057322-T04
_
12
8
+TSVDD
C200
1uF
6.3V
VR_CTF
GPIO_19_CTF
PERSTB_BUF
X_PIN1*2
12
C201
0.1uF
10V
VVVV314_10
C11-1042042-Y01
_
J13
341
2
impedence
<New PN>
X
XXXV314_10
J11
<New PN>
X
XXXV314_10
AY53
AA47
<New PN>
X
XXXV314_10
R239
1 2
R230
1 2
1 2
BAT54KFILM
U1R
TSVDD
TS_A
VVVV314_10
B03-0851105-A08
_
4.7K
4.7K
R11-0102022-W08
_
VVVV314_10
D230
<New PN>
X
XXXV314_10
PART 19 OF 19
T
S
S
F
D
O
TONGAL3
5%
5%
J14
341
<New PN>
X
XXXV314_10
X_PIN1*2
GPIO_28_FDO
R231
1 2
<New PN>
X
XXXV314_10
2
impedence
J12
<New PN>
X
XXXV314_10
DPLUS
DMINUS
UNNAMED_22_RES_I546_A
+3.3V_BUS
12
VVVV314_10
8
UNNAMED_22_74VC1G123_I420_REXT
7
6
Q_OUT
IN
5%
2
R11-0103032-W08
_
VVVV314_10
C271
1 2
C11-1067014-T04
_
VVVV314_10
R11-0203012-W08
_
VVVV314_10
R11-0203012-W08
_
VVVV314_10
FAN2C
D02-03904G9-O05
_
VVVV314_10
6
Q250A
UNNAMED_22_NPN_I451_B
MMDT3904-7
D02-03904G9-O05
1
_
VVVV314_10
PCB1
AMD
PCB
PCB(109-C44557-00)
VVVV314_10
PD0-0V31410-T53
_
VVVV314_10
E24-V276010-P09
_
VVVV314_10
OE3-V070010
_
VVVV314_10
OE3-V070020
_
C270
0.1uF
10V
10uF
5
C11-1042042-Y01
_
6.3V
12
R256
20K
5%
12
R255
20K
5%
3
Q250B
MMDT3904-7
4
XXXV314_10
+3.3V_BUS
<New PN>
X
D270
12
DNI
1N4148W
R270
499K
1 2
VVVV314_10
R11-4993T12-W08
_
D03-0341529-A68
_
VVVV314_10
1
D02-03904B9-O05
_
VVVV314_10
CTF_BACO
1
Q256
MMBT3904
2 3
For HDMI Connector
HDMISCREW1
MEC_SCREW_PH1
COMMON
M2_SCREW
E43-1203013-G68
_
VVVV314_10
For DVI / D-sub Connector
MEC9
MEC_SCREW_HEX_JACK
COMMON
E42-5047006-C67
_
VVVV314_10
MEC11
MEC_SCREW_HEX_JACK
COMMON
E42-5047006-C67
_
VVVV314_10
1%
+12V_EXT_A +12V_EXT_B +12V_BUS
<New PN>
X
12
XXXV314_10
12V_FAN
B201
220R
23
12
<New PN>
R253
Q252
0R
X
5%
XXXV314_10
AO3415L
DNI
R264
1 2
R11-0222012-W08
_
VVVV314_10
FAN_PWM
TACH
FANOUT_P
M2 for long type HDMI
HDMISCREW2
MEC_SCREW_PH1
COMMON
M3_SCREW
E43-1303004-P65
X
XXXV314_10
MEC10
MEC_SCREW_HEX_JACK
COMMON
E42-5047006-C67
_
VVVV314_10
MEC12
MEC_SCREW_HEX_JACK
COMMON
E42-5047006-C67
_
VVVV314_10
DD
L02-2218024-M09
<New PN>
_
X
12
12
VVVV314_10
XXXV314_10
NB201
MB201
220R
220R
DNI
DNI
12
C202
10uF
16V
C11-1067514-T04
_
VVVV314_10
CTF_OUT
2.2K
5%
C
J200
4
FANOUT_P
3
TACH
2
FAN_PWM
1
HEADER_1X4_SHROUDED
VVVV314_10
N32-1040801-H06
_
BB
12
XXXV314_10
MR271
0R
<New PN>
5%
W47
W46
25
IN
GPIO_28_FDO
AA46
<New PN>
X
XXXV314_10
CTF_THERM
CTF_TRIP
47K
5%
12
<New PN>
R232
100K
X
5%
XXXV314_10
MR2310R5%
1 2
CTF BYPASS
12
<New PN>
R210
10K
X
5%
XXXV314_10
DNI
+3.3V_BUS
23
Q231
MMBT3906
UNNAMED_22_PNP_I540_C
12
<New PN>
X
R233
20K
XXXV314_10
5%
12
<New PN>
X
XXXV314_10
VVVV314_10
R11-0000012-W08
_
GPU & VR HEATSINK MT HOLES
1
DNI
1
DNI
1
DNI
1
DNI
R200
1 2
1
N65064848
1
C230
0.01uF
10V
MEC13
H_R220D125
MEC14
H_R220D125
MEC15
H_R220D125
MEC16
H_R220D125
10K
VVVV314_10
R11-0103032-W08
_
12
XXXV314_10
R234
20K
<New PN>
5%
X
R2381K5%
1 2
12
<New PN>
R235
20K
X
5%
XXXV314_10
Q230
MMBT3904
<New PN>
2 3
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
5%
<New PN>
X
XXXV314_10
1
DNI
1
DNI
1
DNI
1
DNI
1
DNI
1
DNI
1
DNI
1
DNI
MEC17
H_R220D125
MEC18
H_R220D125
MEC19
H_R220D125
MEC20
H_R220D125
MEC21
H_R220D125
MEC22
H_R220D125
MEC23
H_R220D125
MEC24
H_R220D125
1,2,14,24
12
R237
1K
5%
PWM
TO PREVENT
FAN RUNNING
FULL SPEED AT
POWER UP
R11-0222012-W08
_
VVVV314_10
R236
1 2
R11-0102022-W08
_
VVVV314_10
CTF_OUT
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
XXXV314_10
IN
CTF_FAN
2.2K
5%
TO MAXIMIZE FAN OUTPUT
WHEN CTF TRIGGERS
OUT
PERSTB_BUF
1
BAT54KFILM
D200
DNI
Q232
MMBT3904
2 3
D02-03904B9-O05
_
VVVV314_10
23,25
1 2
XXXV314_10
<New PN>
X
PWM_B
1
2 3
ASIC SOCKET
SK1
<New PN>
X
XXXV314_10
TONGA L3 SOCKET
PN 6090047400G
BRACKET
BKT1
BRACKET
DUAL
802005610AG
8020056100G
DP WO TAB, HDMI, STACKED DVI
802005610AG
DP W TAB, HDMI, STACKED DVI
802005620AG
DP W TAB, HDMI, SINGLE DVI
Q200
MMBT3904
VVVV314_10
D02-03904B9-O05
_
VVVV314_10
E22-V314010-C22
_
PWM_B
2,23,24
FOR 4-WIRE FAN
OUT
R11-0512012-W08
_
VVVV314_10
+3.3V_BUS
2,23,24
1,2,14,24
12
R201
5.1K
5%
R11-0102022-W08
_
VVVV314_10
25
TO SHUTDOWN FAN IN BACO
PX_EN
IN
<New PN>
X
XXXV314_10
7
R2021K5%
1 2
FM1
OPT
F_PAD_X
<New PN>
X
XXXV314_10
FM4
OPT
F_PAD_X
<New PN>
X
XXXV314_10
IN
IN
R11-0203012-W08
_
VVVV314_10
R257
1 2
+3.3V_BUS
12
R203
10K
5%
Q201
N36370229
1
MMBT3904
D02-03904B9-O05
2 3
_
VVVV314_10
FM2
OPT
F_PAD_X
<New PN>
X
XXXV314_10
FM5
OPT
F_PAD_X
<New PN>
X
XXXV314_10
DNI
PX_EN
PERSTB_BUF
20K
5%
MMBT3904
D02-03904B9-O05
_
VVVV314_10
1
Q260
OUT
FM3
OPT
F_PAD_X
<New PN>
X
XXXV314_10
FM6
OPT
F_PAD_X
<New PN>
X
XXXV314_10
X
R2720R5%
1 2
R2710R5%
1 2
VVVV314_10
R11-0000012-W08
_
VVVV314_10
R11-0000012-W08
_
+3.3V_BUS
R11-0103032-W08
_
12
VVVV314_10
R267
10K
5%
UNNAMED_22_NPN_I474_B
2 3
GPIO_6_TACH
12
C255
0.1uF
6.3V
DNI
R11-3831T12-W08
_
VVVV314_10
CLRB
26
FAN_EN
<New PN>
X
XXXV314_10
Q_OUT
R11-0102T12-W08
_
VVVV314_10
R2051K1%
1 2
12
R204
3.83K
1%
U201
UNNAMED_22_74VC1G123_I420_AN
1
A
VCC
2
B
Rext/Cext
3
CLR
Cext
4
GND5Q
SN74LVC1G123DCT
VVVV314_10
T39-1G12302-T07
_
R260
20K
1 2
R11-0203012-W08
_
VVVV314_10
+12V_BUS
12
R206
10K
5%
HF1
HDMI
$$ $$$$
HDMI_FEE
VVVV314_10
Y01-RHDMI03-000
_
PCIE
SPECIAL MECHANIC
No connected mounting pins
MECH_PEX_BREAKOFF_RETENTION_B
DNI
FAN1
SPECIAL MECHANIC
No connected mounting pins
MECH_PEX_BREAKOFF_RETENTION_B
DNI
MOS_SINK1
SPECIAL MECHANIC
No connected mounting pins
MECH_PEX_BREAKOFF_RETENTION_B
DNI
BRACKET MT HOLE
MT200
UL LABEL
LABEL_UL_HOT
<New PN>
X
XXXV314_10
ASSY1
LABEL
4
2
7
6
5
34567
<New PN>
X
XXXV314_10
9
8
NA
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
MECH AND THERM MANAGEMENT
DATE:
Mon May 12 19:11:54 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
OF
105-C766xx-00A
3
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:22 25
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
24 28
24 28
24 28
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
8
(25) DEBUG CIRCUIT
7
6
345
2
1
JTAG
U1A
PART 1 OF 19
BD42
BP_0
BE42
BP_1
J
T
A
TEST6
VVVV314_10
_
B03-0851105-A08
R280R5%
1 2
R130R5%
1 2
TONGAL3
XXXV314_10
X
R11-0000012-W08
XXXV314_10
X
R11-0000012-W08
G
UNNAMED_23_RES_I449_B
R4005 5%
0R
1 2
C
SWITCHES
23,24
24
IN
IN
VVVV314_10
_
R11-0000012-W08
CTF_OUT
PWM_B
AW44
JTAG_TDO
JTAG_TDI
JTAG_TMS
JTAG_TCK
TESTEN
JTAG_TRSTB
AW43
BA42
AY43
BB42
AW48
BB41
TESTEN
JTAG_TRSTB
BYPASS/DISABLE CTF
MAXIMIZE FAN
R4003 5%
1K
1 2
R4000 5%
1K
1 2
VVVV314_10
R11-0102022-W08
_
XXXV314_10
<New PN>
X
DNI
+3.3V_BUS
+3.3V_BUS
12
R4001
1K
5%
DNI
12
R4002
1K
5%
DIGITAL POTS
LM96163 FOR BACKUP THERMAL CONTROL
XXXV314_10
X
<New PN>
VVVV314_10
_
R11-0102022-W08
VTMM - TEST CONNECTOR FOR VOLTAGE MEASUREMENTS
LED LIGHTS
LED RED "ON" INDICATES CTF FAULT
LED GREEN "ON" INDICATES BACO MODE
DD
C
BB
DEBUG PIN STRAPS
24
7
7,21
GPIO_28_FDO
IN
GPIO_13
IN
GPIO_11_MVDD_VID
IN
A
8
7
6
5
4
XXXV314_10
<New PN>
X
R4090 5%
1 2
R4091 5%
1 2
R4092 5%
1 2
XXXV314_10
<New PN>
X
XXXV314_10
<New PN>
X
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
DEBUG CIRCUIT
DATE:
Mon May 12 19:11:54 2014 01
SHEET NUMBER:
DOCUMENT NUMBER:
+3.3V_BUS
10K
10K
10K
OF
105-C766xx-00A
3
DISABLE MLPS
ROM STRAP
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
TITLE:23 25
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Wednesday, June 18, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
25 28
25 28
25 28
Tonga-256 G5 x32
1.0
1.0
1.0
12
A
(26) EXT FAN CONTROL (NCT7511)
Thermal IC : NCT7511Y
Layout notice :
*Add ground shielding for D+ and Dtraces.
*D+/D- route has to be away from the high noise area.
*The recommended traces width and ground shielding
spacing are 10mils.
VVVV314_10
D02-03904C9-O05
D02-03904C9-O05
Thermal Diode
_
NVVDD
FBVDDQ
VVVV314_10
_
VVVV314_10
C11-1047512-S02
23
Q221
1
MMBT3904
SOT323
COMMON
23
Q222
C11-2222012-W08
1
MMBT3904
SOT323
COMMON
+3.3V_BUS
C1079
0.1UF
16V
10%
X5R
_
CAP1005
COMMON
VVVV314_10
C11-1067313-T04
R11-0472T12-W08
R11-0472T12-W08
7511_TD2- T_CRIT_SET
7511_TD2+
7511_TD1-
VVVV314_10
_
7511_TD1+
R1056 0R
RES16085%COMMON
VVVV314_10
C1078
R11-0000013-R01
10UF
_
6.3V
20%
X5R
CAP1608
COMMON
+3.3V_BUS
_
XXXV314_10
(Not)
X
XXXV314_10
X
(Not) (Not)
R1039
4.7K
RES1005
1%
DNI
R1054
4.7K
RES1005
1%
DNI
C1076
2200PF
16V
10%
X7R
CAP1005
COMMON
C1077
2200PF
16V
10%
X7R
CAP1005
COMMON
7511_VCC
VVVV314_10
C11-2222012-W08
_
17
16
U512
1
TD1-
2
TD1+
3
VCC
4
GPIO1
+3.3V_BUS
R1040
4.7K
RES1005
1%
DNI
R655
4.7K
RES1005
1%
DNI
XXXV314_10
R11-0472T12-W08
X
15
TD2+
GND2
D0F-7511Y0C-N62
SNSR-NCT7511Y-HF
VVVV314_10
_
GPIO25ALERT#6T_CRIT#7SDA
XXXV314_10
R11-0472T12-W08
X
(Not) (Not)
Please refer datasheet
TCRIT_SET Table
If floating,shutdown temp. set to 65℃
R7364 7.5K
R7363 7.5K
R648 22K
13
14
TD2-
GND1
SHDL_SEL
T_CRIT#_SET
FANCTL1
FANIN1
SCL
8
R7367 4.7K
RES10051%DNI
R7368 4.7K
RES10051%DNI
12
11
10
9
R11-0103012-W08
(Not)
RES1005
XXXV314_10
DNI
X
RES1005
XXXV314_10
DNI
X
RES10051%COMMON
VVVV314_10
_
FANCTL1
FANIN1
XXXV314_10
7511_SCL
7511_SDA
+3.3V_BUS
+3.3V_BUS
R11-0752T12-W08
1%
+3.3V_BUS
(Not)
R11-0752T12-W08
1%
(Not)
R11-0223T12-W08
+3.3V_BUS
設定EEPROM
+3.3V_BUS
+3.3V_BUS
R7366
X
10K
RES1005
5%
DNI
(Not)
XXXV314_10
R11-0472T12-W08
X
XXXV314_10
R11-0472T12-W08
X
XXXV314_10
R11-0103012-W08
R7365
X
10K
RES1005
5%
DNI
(Not)
R1044 0R
RES1005
COMMON
R1043 0R
RES1005
COMMON
VVVV314_10
R11-0000012-W08
5%
_
5%
VVVV314_10
R11-0000012-W08
_
VVVV314_10
R11-0472012-W08
FANCTL1
FANIN1
VVVV314_10
R11-0103012-W08
_
REGLTR_SCL
+3.3V_BUS
_
D
G
S
REGLTR_SDA
VVVV314_10
R11-0103012-W08
R1038
4.7K
RES1005
5%
COMMON
Q60
N-2N7002P_SOT23-3-HF
COMMON
VVVV314_10
D03-7002E49-O05
_
VVVV314_10
R11-0472012-W08
R1046 1K
RES10051%COMMON
VVVV314_10
R11-0102T12-W08
R1041
_
10K
RES1005
5%
COMMON
_
_
IN
BI
+3.3V_BUS
R1042
10K
RES1005
5%
COMMON
D
Q61
G
N-2N7002P_SOT23-3-HF
S
COMMON
VVVV314_10
D03-7002E49-O05
_
+12V_BUS
R1055
4.7K
RES1005
5%
COMMON
REGLTR_SCL
14,19,23
REGLTR_SDA
14,19,23
24
D500
BAS32L_LL34
COMMON
D510
BAS32L_LL34
COMMON
D01-4148S00-N47
VVVV314_10
_
R1045 510R
RES10055%COMMON
VVVV314_10
R11-0511012-W08
_
VVVV314_10
D01-4148S00-N47
_
7511_FAN_TACH
VVVV314_10
R11-0203012-W08
VVVV314_10
R11-0203012-W08
IN
_
_
FAN2C
7511_FAN_PWM
R11-0472T12-W08
R11-0472T12-W08
R11-0472T12-W08
R11-0472T12-W08
12
R261
20K
5%
1
12
R259
20K
5%
XXXV314_10
X
VVVV314_10
_
VVVV314_10
_
XXXV314_10
X
12V_FAN
XXXV314_10
<New PN>
X
23
12
R254
Q253
0R
5%
AO3415L
DNI
FAN2-POWER
VVVV314_10
D03-0341529-A68
_
EEPROM
+3.3V_BUS
(Not)
R656 4.7K
RES10051%COMMON
R658 4.7K
RES10051%COMMON
R659 4.7K
RES10051%COMMON
R660 4.7K
RES10051%COMMON
(Not)
EEPROM_A0
EEPROM_A1
EEPROM_A2
1
2
3
4
GND
EEPROM_A0
EEPROM_A1
EEPROM_A2
EEPROM_WP
U511
8
VCC
A0
7
WP
A1
6
SCL
A2
SDA5GND
AT24C02C-SSHM-T-HF
COMMON
VVVV314_10
M33-24C02Y3-O05
_
Fan connector option
7511_FAN_PWM
7511_FAN_TACH
R657 4.7K
RES10051%COMMON
R7369 4.7K
RES10051%COMMON
EEPROM_WP
7511_SCL
7511_SDA
VVVV314_10
N32-1040811-H06
_
J202
1
2
MALE
3
1X4 3A 2MM
N/A
4
TOWS_TIN_BHEAD1X4_2MM
COMMON
VVVV314_10
R11-0472T12-W08
_
GND
VVVV314_10
R11-0472T12-W08
_
GND
+3.3V_BUS
C1075
0.1UF
16V
10%
X5R
CAP1005
COMMON
VVVV314_10
GND
C11-1047512-S02
_
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Date:
Date:
Date:
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Sheet of
Sheet of
Sheet of
26 28
26 28
26 28
1.0
1.0
1.0
8
7
6
345
2
1
DEBUG HEADER
EXT
CON
2x3
+12V_EXT_A
EXT
CON
2x3
+12V_EXT_B
DD
DVO
DVPDATA_[15:0]
DVPCNTL_0
DP
+3.3V_DP
HDMI
C
+5V_VESA
DVI-D
+5V_VESA
DVI-I
+5V_VESA
AC CAPS
AC CAPS
TERMINATIONS
AC CAPS
TERMINATIONS
AC CAPS
TERMINATIONS
RGB FILTERS
STRAPS
EEPROM
VBIOS/UEFI
TMDPC
DDCAUX1
HPD4
TMDPD
DDC3
HPD5
TMDPAB
DDCAUX5
HPD1
TMDPEF
DDCAUX6
HPD6
CRTDAC
HSYNC/VSYNC
MLPS
GPIO8/9/10/22
PCI-E x16
CHA/B/C/D
TONGA
MEMORY
L3
XTALIN/OUT
SVC/D/T
GPIO20/15
SCL/SDA
THERM
DDCVGA
GPIO17
TS_FDO
GPIO6
GPIO19
XO_IN/2
CHA/B/C/D GDDR5 8pcs x32
JTAG
CLOCK CHIP
CRYSTAL
DEBUG
HEADER
EXTERNAL
THERMAL
SENSOR
(SVI2, GPIO, I2C)
POWER DELIVERY
PWM
FAN SPEED
CONTROL
FAN
VOLTAGE REGULATORS
FROM +12V_EXT_A
+VDDGFX, +VDDC, +MVDD, FAN
FROM +12V_EXT_B
+VDDGFX, +VDDCI, +MVDD, FAN
FROM +12V_BUS
+VDDGFX, +VDDC, +VDDCI, +5V
FROM +3.3V_BUS
+1.8V, +0.95V, +3.3V_DP, VDDR3
FROM +VDDGFX (SMPS)
VDDGFX
FROM +VDDC (SMPS)
VDDC
FROM +VDDCI (SMPS)
VDDCI
FROM +MVDD (SMPS)
VDDR1, MVDDQ/C
FROM +0.95V (SMPS)
PCIE_VDDC, BIF_VDDC, DP_VDDC
SPLL_VDDC
FROM +1.8V (SMPS)
PCIE_PVDD, VDD_GPIO18, VDD_DVP
DP_VDDR, SPLL_PVDD, MPLL_PVDD
VDD1DI, AVDD, TSVDD
POWER ENABLE
SEQUNCING
C
BB
JTAG
27M/100M
27M
PCC
VRHOT
DYNAMIC POWER MANAGEMENT
BACO
I2C
TEMP SENSING
THERMAL ALERT
BUILT-IN PWM
TACH INPUT
CTF
GPIO1
GPIO5
PX_EN
D+/D-
PCI-E TONGA GDDR5 8pcs. x32
DP HDMI STACKED DL-DVI FH 6L
+12V_BUS
+3.3V_BUS
PCI-EXPRESS BUS
A
8
7
6
5
4
AMD - PLATFORM SOLUTIONS ENG.
7171 SOUTHWEST PKWY
AUSTIN, TX. 78735
SHEET:
BLOCK DIAGRAM
DATE:
Mon May 12 19:11:17 2014
SHEET NUMBER:
DOCUMENT NUMBER:
24 25
105-C766xx-00A
3
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MICRO-STAR INT'L CO., LTD.
MS-V314
MS-V314
MSI
MSI
MSI
REV:
01
OF
TITLE:
MS-V314
Size Rev
Size Rev
Size Rev
Custom
Custom
Custom
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Tuesday, June 17, 2014
Date:
Date:
Date:
Sheet of
Sheet of
Sheet of
27 28
27 28
27 28
Tonga-256 G5 x32
12
A
1.0
1.0
1.0
8
8
8
TITLE:
TITLE:
AMD
AMD
AMD
REVISION HISTORY
REVISION HISTORY
REVISION HISTORY
SCH
SCH
SCH
PCB
PCB
PCB
Date
Date
Date
Rev
Rev
Rev
Rev
Rev
Rev
D D
D D
D D
MS-V314 1.0
04/29/2014
00A0 INITIAL SCHEMATIC
05/29/2014
00B1
06/05/2014
TITLE:
(LAYOUT) FIX KELVIN CONNECTION FOR VDDCI RAIL
ADD HEATSINK SYMBOL HS1
7
7
7
ENGINEER:
ENGINEER:
ENGINEER:
Tonga-256 G5 x32
Tonga-256 G5 x32
Tonga-256 G5 x32
XXX
XXX
XXX
NOTES:
NOTES:
NOTES:
6
6
6
DOCUMENT NUMBER: SHEET NUMBER:
DOCUMENT NUMBER: SHEET NUMBER:
DOCUMENT NUMBER: SHEET NUMBER:
NOTE
NOTE
NOTE
54332
54332
54332
105-C766xx-00B
105-C766xx-00B
105-C766xx-00B
REVISION DESCRIPTON
REVISION DESCRIPTON
REVISION DESCRIPTON
DATE:
DATE:
DATE:
CONFIDENTIAL AND PROPRIETARY TO ADVANCED MICRO DEVICES INC.
CONFIDENTIAL AND PROPRIETARY TO ADVANCED MICRO DEVICES INC.
CONFIDENTIAL AND PROPRIETARY TO ADVANCED MICRO DEVICES INC.
This AMD Board schematic and design is the exclusive property of AMD, and is provided only to entities under a non-disclosure agreement with AMD
This AMD Board schematic and design is the exclusive property of AMD, and is provided only to entities under a non-disclosure agreement with AMD
This AMD Board schematic and design is the exclusive property of AMD, and is provided only to entities under a non-disclosure agreement with AMD
for evaluation purposes. Further distribution or disclosure is strictly prohibited. Use of this schematic and design for any purpose other than
for evaluation purposes. Further distribution or disclosure is strictly prohibited. Use of this schematic and design for any purpose other than
for evaluation purposes. Further distribution or disclosure is strictly prohibited. Use of this schematic and design for any purpose other than
evaluation requires a Board Technology License Agreement with AMD. AMD makes no representations or warranties of any kind regarding this
evaluation requires a Board Technology License Agreement with AMD. AMD makes no representations or warranties of any kind regarding this
evaluation requires a Board Technology License Agreement with AMD. AMD makes no representations or warranties of any kind regarding this
schematic and design, including, not limited to, any implied warranty of merchantability or fitness for a particular purpose, and disclaims
schematic and design, including, not limited to, any implied warranty of merchantability or fitness for a particular purpose, and disclaims
schematic and design, including, not limited to, any implied warranty of merchantability or fitness for a particular purpose, and disclaims
responsibility for any consequences resulting from use of the information included herein.
responsibility for any consequences resulting from use of the information included herein.
responsibility for any consequences resulting from use of the information included herein.
Thu May 29 04:22:52 2014
Thu May 29 04:22:52 2014
Thu May 29 04:22:52 2014
2014
2014
2014
C
C
C
Advanced Micro Devices
Advanced Micro Devices
Advanced Micro Devices
2828
2828
2828
OF
OF
OF
AMD - PLATFORM HARDWARE ENG
AMD - PLATFORM HARDWARE ENG
AMD - PLATFORM HARDWARE ENG
#48, No.1387, ZHANGDONG ROAD
#48, No.1387, ZHANGDONG ROAD
#48, No.1387, ZHANGDONG ROAD
SHANGHAI, CHINA 201203
SHANGHAI, CHINA 201203
SHANGHAI, CHINA 201203
1
1
1
1.0
1.0
1.0
REV:
REV:
REV:
01. IO 接口換常用料,增加 ESD 零件.
02. HDMI co-lay long body.
03. Vcore 加 Hi-C cap.
04. Vcore 加入doubler , 相數增到 6 phase.
05. PWM 的 MOSFET 和 Choke 改常用料.
06. LDO 換常用料.
07. 0.95V 改用 V303 的線路.
08. 改反向6 pin EXT_12V 接口其中一個 colay 8pin.
09. 移除部分公板不上件線路.
C
C
C
10. 增加 V277-0C 風扇控制線路.
11. 12V_BUS 和 12V_EXT A/B 重新分配.
C
C
C
B B
B B
B B
A
A
A
8
8
8
76
76
76
5
5
5
4
4
4
2
2
2
1
1
1
A
A
A
Loading...